Space Station 49114675 - Telescope TASCO - Free user manual and instructions

Frequently Asked Questions - Space Station 49114675 TASCO

USER MANUAL Space Station 49114675 TASCO

Congratulations on the purchase of your Tasco SpaceStation Goto Telescope! It is our sincere hope that you will enjoy this telescope for years to come!

tasco

SPACE STATION

NEVER LOOK DIRECTLY AT THE SUN WITH YOUR TELESCOPE

PERMANENT DAMAGE TO YOUR EYES MAY OCCUR

2.3.

3-6670108821NM

WHERE DO I START?

Your Tasco telescope can bring the wonders of the universe to your eye. While this manual is intended to assist you in the set-up and basic use of this instrument, it does not cover everything you might like to know about astronomy. Although SpaceStation will give a respectable tour of the night sky, it is recommended you get a very simple star chart and a flashlight with a red bulb or red celaphone over the end. For objects other than stars and constellations, a basic guide to astronomy is a must. Some recommended sources appear on our website at www.Tasco.com. Also on our website will be current events in the sky for suggested viewing. But, some of the standbys that you can see are:

The Moon—a wonderful view of our lunar neighbor can be enjoyed with any magnification. Try viewing at different phases of the moon, Lunar highlands, lunar marla [lowlands called "seas" for their dark coloration], craters, ridges and mountains will astound you.

Saturn—even at the lowest power you should be able to see Saturn's rings and moons. This is one of the most satisfying objects in the sky, to see simply because it looks like it does in pictures. Imagine seeing what you've seen in taxonomies or NASA images from your backyard!

Jupiter—the largest planet in our solar system is spectacular. Most noted features are its dark stripes or bands both above and below its equator. These are the north and south equatorial belts. Also interesting are Jupiter's four major moons. Pay close attention to their positions from right to left. They appear to be lined up on either side of Jupiter.

Mars—The Great Red Planet appears as a reddish-orange disk. Look at different times of the year and try to catch a glimpse of the white polar ice caps.

Venus—just like the moon. Venus changes phases from month to month. At times Venus appears brilliantly in the night sky, just as if you were looking at a distant crescent moon.

Nebulae—The Great Orion Nebula is a very well known night sky object. This and many others are brought to you by this telescope.

Star Clusters—View millions of stars densely packed in a cluster that resembles a ball.

Galaxies—One of the greatest and most interesting galaxies is our neighbor the Andromeda Galaxy. Enjoy this and many others.

PARTS DIAGRAMS

TELESCOPE PARTS DIAGRAM

1. Red Dot Finderscope

2. Quick-Release Accessory Tray

2.1.25* Format Eyepiece

1. Remote Computer Controller

2. Rack and Pinion Focusing Mechanism

3. Main Telescope Tube

4. Accessory Tray Brace

5. Quick-Release Adjustable Aluminum Tripod

6. Quick-Release Tripod Leg Lever

4.

QUICK ASSEMBLY DIAGRAM

PARTS LIST

• Adjustable Aluminum Triped Assembly - Red Dot Finderscope (Pre-assembled to Specification Computed Star Locator Base)

• Quick Release Accessory Tray

• 2 Eyepieces

SpaceStation Telescope with finger attachment nuts Barlow Lens (Reflectors Only)

5.

60701 105022M

DETAILED ASSEMBLY

No tools are required for assembly of your telescope.

Remove all components from the carton and identify all components. It is a good idea to lay all the parts out in front of you before assembly. Since your telescope is a precision optical system the parts require careful handling—particularly the onboard computer, telescope, eyepieces, and various accessory lenses.

SET UP TRIPOD AND ACCESSORY TRAY

1. Stand SpaceStation Computerized Star Locator Assembly and attached tripod legs in the upright position. Spread tripod legs to a comfortable distance.
2. Fold down the accessory tray braces and place the Quick Release Accessory Tray on top of braces. (See Quick Assembly Diagram)
3. Turn accessory tray until it snaps into place.
4. Adjust tripod leg height to suit by opening tripod leg lever and extending tripod legs to desired height. Clamp Triod Leg lever closed when complete.

ATTACH TELESCOPE TUBE

1. Locate Main Telescope Tube.
2. Remove Telescope Tube Thumb Nuts from side of Telescope Tube (78-8831 and 78-8846 only). For 78-8890, back out silver lag screw on Telescope Mount top.
3. Position Main Telescope Tube Attachment Bolts through Telescope Tube Bracket at the top of the SpaceStation Computerized Star Locator Assembly (78-8851 and 78-8846 only). For 78-8890, slide black telescope tube bracket into telescope mount receiver. Make sure telescope is pointing in the correction direction. (Logo on telescope tube should be right-side up.)
4. Reattach Telescope Tube Thumb Nuts to Main Telescope Tube Attachment Bolts once Main Telescope Tube and SpaceStation Computerized Star Locator Assembly are assembled together (78 8831 and 78 8846 on y). For 78 8890, golden silver lug screw on Telescope Mount top into desired depression on the black telescope tube bracket.

ATTACH FINAL TELESCOPE ACCESSORIES

1. Label Red Dot Finderscope. For Reflector Telescopes Remove Finderscope attachment nuts from Main Telescope Tube. Place Finderscope Assembly over Finderscope Attachments Bolts and retconn Finderscope thumb nuts to Finderscope Mount Bolts. NOTE: The large end of the finderscope should face the open end of telescope tube.

2. Attach Low Power Eyepiece.
   For Reflector Telescope Models: Insert lowest power eyepiece in the focusing mechanism by backing out eyepiece set screw and inserting eyepiece fully.

3. Tighten all set screws to secure accessories.

SELECTING AN EYEPIECE
You should always start viewing with the lowest power ejection, which in this case is the 20mm lens. Note: the base power of each ejection is determined by the focal length of the telescope objective lens. A formula can be used to determine the power of each ejection: telescope OBJECTIVE lens focal length divided by EYEPICE focal length - MAGNIFICATION (e.g. Using the 20mm lens, a sample calculation could look like this: 7.90mm 20-38s or 38 power. Telescope models will vary in focal length.)

Included with this telescopic is a Barlow lens. Barlow lenses are used to double or triple the power of your telescope. Place your Barlow between the focusing tube and the eyepiece. Using the example above, your 3x Barlow lens would give you a total power of 114xls or 114 power. (38 x 3 - 114xls or 114 power). The magnification calculation would look like: this 750mm / 20mm = 38 power. 38 power x 3 = 114 power.

6.

DETAILED ASSEMBLY (CONTINUED)

FOCUSing Telescope

1. After selecting the desired eyepiece, aim main telescope tube at a land baseil target as least 200 yards away (e.g., a telephone pole or building).
2. Fully extend Focusing Tube by turning Rack and Pinion Focusing Mechanism
3. While looking through selected cyppce (in this case, the 20 mm), slowly extract Focuring Tube by turning Rack and Pinion Focuring Mechanism until object comes into focus.

ATTACH REMOTE COMPUTER CONTROLLER AND BATTERY

1. Locate Remote Computer Controller and coil cord.
2. Locate Battery Door on SpaceStation Computerized Star Locator Base.
3. Remove Battery Door and insert one battery.
4. Replace Battery Door
5. Attach Remote Computer Controller with coil cord to SpaceStation Computerized Star Locator Base.

ALIGNING FINDERSCOPE

Look through Main Telescope Tube and establish a well-defined target. (see Focusing Telescope section)

Remove plastic insulator from between Red Dot Finderscope battery and battery clin.

Turn Red Dot Finderscope on.

Looking through Red Dot Flanderscope, turn adjustist seat wheels until the red dot is precisely centered on the same object already centered in Main Tekscope Tube's field of view.

Now, objects located first with the Red Dot Finderscope will be centered in the field of view of the main telescope.

NEVER LOOK DIRECTLY AT THE SUN WITH YOUR TELESCOPE

PERMANENT DAMAGE TO YOUR EYES MAY OCCUR

7.

670851055324M

ENJOYING YOUR NEW TELESCOPE

1. First determine your targeted object. Any bright object in the right sky is a good starting point. One of the favorite starting points in astronomy is the moon. This is an object sure to please any budding astronomer or experienced veteran. When you have developed proficiency at this level, other objects become good targets. Sett, Mars, Jupiter, and Venus are good second steps to take.
2. The first thing you need to do after assembling the telescope is planned in center the desired object, in the finderscope's cross hairs. Provided you did a reasonable job aligning the finderscope, a quick look through the main telescope tube at low power should reveal the same image. With the lowest power eyepiece (the one with the largest number) printed on it you should be able to focus the same image that you saw through the finderscope. Avoid the temptation to move directly to the highest power. The low power eyepiece sell give you a wider field of view, and brighter image—thus making it very easy to find your target object. At this point with a focused image in both scopes, you've passed the first obstacle. If you don't see an image after attempting to focus it in, you might consider aligning your finderscope again. Once you pass this step, you'll enjoy the time spent curing a good alignment. Every object you center in the finderscope will be easily found in the main telescopes tube, which is important for continuing your exploration of the night sky.
3. The low power eyepieces are perfect for viewing the full moon, planets, star clusters, nebulae, and even consolidations. These should build your foundation. However, for more detail, try bumping up an magnification to higher power eyepieces on some of these objects. During calm and crisp nights, the light/dark separation line on the moon (called the "Termination") is marvelous at high power. You can see mountains, ridges and craters jump out at you due to the highlights. Similarly, you can move up to higher magnifications on the planets and nebulae. Star clusters and individual stars are best viewed through the low power no matter what.
4. The recurring astronomical theatre we call the night sky is an ever-changing billboard. In other words, the same movie does not play all the time. Rather, the positions of the stars change not only hourly as they seem to rise and set, but also throughout the year. As the earth orbits the sun our perspective on the stars changes on a yearly cycle about that orbit. The reason the sky seems to move daily just as the moon and the moon's "move" across our sky is that the earth is rotating about its stars. As a result you may notice that after a few minutes or a few seconds decapading on what power you are viewing at, the objects in your telescopes will move. At higher magnifications especially, you will notice that the moon or Jupiter will "race" right out of the field of view. To compensate, just move your telescope to "track" it in the necessary path.

HELPFUL HINTS

1. Your telescope is a very sensitive instrument. For best results and fewer vibrations set your telescope up on a level location on the ground rather than your concretivities or your wooden deck. This will provide a more stable foundation for viewing, especially if you've drawn a crowd with your new telescope.
2. It impossible view from a location that has relatively few lights. This will allow you to see much fainter objects. You'd be surprised how much more you'll see from your local lake or park when compared to a backyard in the city.
3. Using your telescope out a window is NEVER recommended.
4. View objects that are high in the sky it possible. Waiting until the object rises well above the horizon will provide a brighter and clearer images on the horizon are viewed through several layers of earth's atmosphere. Ever wonder why the moon appears orange as it sets on the horizon? It's because you are looking through a considerable more amount of atmosphere than you would directly overhead. (Note: If objects high in the sky are distorted or wavy, you are probably viewing on a very humid night.) During nights of unstable atmosphere, viewing through a telescope can be frustrating if not impossible. Astronomers refer to crisp, clear nights as nights of "good seeing."

8.

9-640310662NM

SPACESTATION COMPUTER INTERFACE DIAGRAM

1. On/Off Button (On SpaceStation Base)
2. Back Button
3. Enter Button
   4.ScrollUpButton
   5.ScrollDownButton
   6.LCDDisplay
4. "GO" Button
5. Motorized Movement Buttons [4]
6. Battery Door (On SpaceStation Base)

BUTTON FUNCTIONS

ALL BUTTONS ARE ILLUMINATED FOR NIGHTTIME USE.

OnOff Button: The OnOff Button will turn the SpaceStation Computerized Star Locator on and off. This button flashes or strobles on and off during normal use. 'It turns the unit off, simply depress and hold the OnOff button for three seconds and release. (Note: The SpaceStation Computerized Star Locator will automatically turn itself off after 10 minutes of inactivity.)
Back Button: This button functions to navigate to the previous level within the operating framework and/or back to the previous

Enter Button: This button functions to select certain menu choices. By pressing the ENTER button, Spoculation will advance to the selected level.

Scroll Up Button? This button functions to scroll up through various menus within SpaceStation. Answer you encounter a blinking text number option, the scroll button will display the various choices within that menu. (Note: To select an option that you have scrolled to, just press the ENTER button.)

Scroll Down Button: This button functions as scroll down through various menus within Spacification. Anytime you enter a heading text/number option, the scroll button will display the various choices within this menu. (Note: To select an option that you have scrolled to, just press the ENTER button.)
"GO" button: The GO button will automatically center any object displayed on the LCD display by pushing the "GO" button, the telescope will automatically find and follow the selected object until another object is selected and the "GO" button is pushed again.
Motorized Movement Buttons: These four multi-directional buttons will allow the user to override the tracking system and move the telescope utilizing the motors manually to another desired location. The longer these buttons are depressed, the faster the SpaceStation will move until it reaches its maximum speed.

LCD DISPLAY

The Liquid Crystal Display (LCD) is a two-line, six-item character display. The LCD is illuminated for use during nighttime viewing just like the buttons.

10.

MODE OVERVIEW OF PRODUCT

Explore The Explore Mode of Spacestation provides the ability to explore various astronomical objects categorized by object type. These objects would fall under one or more of the following types of objects: Deep Sky, Planets, Constellations, and Stars. Each of these subheadings would also have subcategories of objects beneath their main structure. (See Menu Tree for full list of mecna functions and options.)
Sky Tour: The Sky Tour Mode of SpaceStation provides the ability to take a quick tour of the best and brightest objects for any given month of the year. If the idate has been input into the system, the Sky Tour Mode will automatically default to that month. Objects can be chosen by using the scroll up or down arrows and pressing ENTER. To find out more information about any given object press the ENTER button while that object is displayed to see the scrolling text message.
Telescope: The telescope. Mode of Space Station provides real-time data on where the telescope is pointing. Astronomical Coordinates for Right Ascension (RA) and Declination (DEC) as well as Altitude (ALT) and Azimuth (AZ) are displayed simultaneously. In addition, in the lower right-hand corner will be the abscissa for the current constellation that the telescope is pointed at.
Identify: The Identity Mode of SpaceStation provides the ability to identify any object within your telescope field of view Subcategories for different classes of identifiable objects are included as well as an Identity Any option.
Align larth: The Align Lath Mode of SpaceStation provides the ability to easily align your telescope utilizing common information non-astronomers would readily know. By entering sample information such as time, date, city, etc., a first time telescope user can explore the universe Spacetation database of astronomical objects within minutes.
Align Star: The Align Star Mode of SpaceStation provides the ability to align your telescope utilizing some astronomical knowledge. By knowing where two stars are located in the sky, a novice user can circumvent the city, date, and time input and quickly start utilizing the SpaceStation database to locate amazing astronomical objects.
Align Object: The Align Object Mod. of SpaceStation provides the ability to refine your telescope alignment during the middle of your observing session. This might come in very handy if the family dog has just bumped the telescope out of alignment. By using this mode you can center the telescope on any known object and select align object to quickly recalibrate the Spacestation alignment allowing continued enjoyment for the duration of the evening.

B

MENTRREE

ALIGNING SPACE STATION FOR THE FIRST TIME

(NOTE: Make certain that the telescope is set up on a level surface.)

STEP1:

Tasco SPACE STATION Ux.x

Following this message, the telescope will execute a diagnostic check and level the telescope tube in relation to the telescope mount.

Then the default menu will appear:

SELECT MODE ALONG EARTH

This mode assumes that even if the telescope user is a first time user and does not know anything about astronomy that they can be successful aligning the telescope in a few simple steps.

The ALIGN EARTH option is flashing.

Press ENTER to choose ALIGN EARTH option.

NOTE: ANY FLASHING ITEM ON THE DISPLAY IS A MENU CHOICE. OTHER CHOICES ARE AVAILABLE BY USING THE SCROLL UP OR SCROLL DOWN BUTTONS.

STEP2:SETTHE1M

By using the SCROLL UP and SCROLL DOWN buttons and the INLER button, the time can easily be set as well as the time zone. Each flashing option will need to be changed to read the appropriate number. Once the appropriate number is displayed, accept the number by pressing LNTU. Then set the next flashing option until the time and time zone are set.

STEP3:SET THE DATE

Again by using the SCROLL UP and SCROLL DOWN buttons and the ENTER button, the data can easily be set. Each flashing option will need to be changed to read the appropriate number or month. Once the appropriate number is displayed, accept the number by pressing ENTER. Then set the next flashing option until the day, month and year are set.

STEP4:SETTHELOCATION

The next screen will display:

ALIGN EARTH

CITY+

CITY will be flashing. By pressing the ENTER button, the display will change to:

COUNTRY

U.S.A.

The country will be flashing.

ALIGNING SPACE STATION FOR THE FIRST TIME (Continued)

Agaiy be using the SCROLL UP and SCROLL DOWN buttons and the ENTER button, the COUNTRY can be chosen. When the appropriate Country is found and the ENTER button is pushed, choose the city that you are closest to by pressing ENTER when it is displayed.

NOTE: CHOOSE THE CITY CLOSEST TO YOUR VIEWING LOCATION. THIS IS NOT A CRITICAL STEP AND THE ALIGNMENT WILL BE REINHED AUTOMATICALLY AS WE PROGRESS.

Ascribing message indicates to CENTER STAR 1 THEN PRESS ENTER

To center your guide star, simply choose a star that you know from the list on the screen.

Note: As you become more familiar with other stars as the sky throughout the year, you can choose the ALIGN STAR mode to eliminate most of the dust up data, in ALIGN STAR mode, you must need to know only 2 star positions to align your Spacification[10].

By looking through the eyes, center the star in the field of vine by using the Motorized Movement Buttons or move the telescope by hand and press ENTER.

14.

5-06601084

ALIGNING SPACE STATION FOR THE FIRST TIME (Continued)

After this step is completed, you will see a display that reads:

ALIGN COMPLETE RATING

(Note: The more stars that appear on the second line of the display the better, up to 5)

Note: As you become more familiar with other stars in the sky throughout the year, you can choose the ALIGN STAR mode to eliminate most of the scut up data. IN ALIGN STAR mode, you must need to know only 2 star positions to align your SpacSpace!

USING SPACE STATION FOR THE FIRST TIME

After EARTT ALIGN, the display will then read:

SELECT MODE EXPLORE

Select EXPLORE by pressing ENTER, SCROLL UP and DOWN to see what flashing moment choices you have. Choose PLANET. These are the most interesting. Even if you are a first-time telescope user, PLANET objects can be very exciting.

Press ENTER when the display reads:

EXPLORER PLANET

This will take you into a list of named PLANET objects. By making the SCROLL_UP or SCROLL_DOWN buttons, you can explore several items in the object list.

PLANT JUFITER

Press ENTER to choose the PLANET you wish to view. The display will then be:

PLANET $120 .52 JUPITER

NOTE: IF AN OBJECT IS BELOW THE HORIZON, THE DISPLAY WILL PERIODICALLY DISPLAY THE WORD "HORIZON."

SCROLL UP or SCROLL DOWN to see other PLANE1S in the list. Notice the display shows you directions to each object. But what if you are a first time user wanting to find out more about the object? Wouldn't it be nice to know what the object is before moving the telescope!

PRESS ENTER when

FLATNET +120+52 JUPITER

any other FLANet item is displayed. You will see a scrolling message telling you the coordinates for the object, how bright it is how big it is, what its proper name is, what consideration it is in, and a brief description of what this object is. For FUTHER:

JUPITERFifthPlanetfromsun.

Largest Planet in solar system, 16 years ago: 401-11-26 years

Diameter 143,000 km. Named for roman king of gods.

15.

USING SPACE STATION FOR THE FIRST TIME (Continued)

Now imagine that you are a paracrat trying to impress your children (or vice versa). Ten minutes into your first observing session you are already learning astronomical objects. This is a great educational tool !!!

To find the object, just press the "GO" button and that object will be right in the telescope's eyepiece!

By pressing the BAC_K button, you move back to the previous level each time the button is pressed. Press the button three times and you are back at the main level menu. The display will read:

SELECT MODE

EXPLORER

This mode will take you through the best and brightest objects for each month. If you have done the ALIGN EARH alignment and entered the date, it will automatically take you to the current month. Don't know what some of these obscure objects and abbreviations mean? Just press the ENTER key for more information.

Press the BACK button until you get back to the main menu.

SELECT MODE

SKYTOUR

SCROLL UP or SCROLL DOWN until the display reads:

SELECT MODE

IDENTIFY

PRSSF ENTER

This mode will default to the level

IDENTIFY ANY

By selecting this option with the ENTER key, it will IDENTIFY the object that you are currently viewing OR the closest object to where your telescope is currently pointed. You also have the options to choose other types of IDENTITY menus. These will IDENTIFY the closest CLUSTERS, NIBULAS, etc. to your current telescope position.

To select the final mode press ENTER at the display:

SELECT MODE

TELESCOPE

The display reads something like:

2018:53.95%+38.7

AZ280 ALT+62 LVR

The TELESCOPE mode gives you dynamic real-time information as your telescope's current position in terms of astronomical coordinates. Play around with this mode by moving the telescope around. Notice the three letter abbreviation in the lower right portion of the display. This dynamically displays the current CONSTELLATION that the telescope is pointing at. These names are abbreviated in this mode. Definitions for the abbreviations will be in the catalog index.

Catalog Index

The following appendix information is more thorough information than that listed in the main instruction manual. For sake of space, the complete 20,000 object catalog is not listed. However, we have included the entire star list and the entire Messier object lists for your information. In addition, the constellation abbreviations are defined that are found in the SpaceStation system.

Catalog Index

CONSTELLATION ABBREVIATIONS

Andromeda (And)

Antila (Ant

Apus (Aps)

Aquarius (Aqr)

Aquila (Aql)

Ara (Ara)

Aries [Ari]

Arring (Aur)

BooteS (Boo!

Caclum (CaC)

Camelopardis (Cam)

Cancer (Cnc)

Canes Venatici (CVn)

Canis Major (CMa)

Canis Minor (CMi

Capricornus (Cap)

Carina (Car)

Cassiopelia (Cas)

Centaurus (Cen)

Cepheis (Cep)

Cetus (Cet)

Chameleon (Cha)

Circinus (Cir)

Columbia (Col)

Coma Berenices (Com)

Corona Australis (CrA)

Corona Borealis (CrB)

Corvus (Cr)

Crater (Crt

Crux [Cru]

Cynnus (Cyg)

Delphinus (Del)

Dorado (Dor)

Dreep(Da)

Equculus (Eq)

Eridanus (Lri)

hormax / hər

Gemini (Gem)

Gru(Gr)

Hercules (Her

Horologium (Hor)

Hydra (Hya)

Hydrus (Hy)

Indus [Ind]

18.

特此通知

Catalog Index

NAME-NAME

RA-RICH ASCENSION (hmmmmmin)

DB-DECINATION (degrees)

SIZE:SIZE

CON CONSTELLATION

Messier Catalog
MESSIER CATALOG
NAME RA DEC MAG SIZE CON DESCRIPTION

MD01

MD02

MD03

MD04

MD05

MD06

MD07

MD08

MD09

MD10

MD11

MD12

MD13

MD14

MD15

MD16

MD17

MD18

MD19

MD20

MD21

MD22

MD23

MD24

MD25

MD26

MD27

MD28

MD29

MD30

MD31

MD32

MD33

MD34

MD35

MD36

MD37

MD38

MD39

MD40

MD41

MD42

MD43

MD44

MD45

MD46

MD47

MD48

MD49

MD50

MD51

MD52

MD53

MD54

MD55

NO.	DATE	TOLERANCE	UNIT
NO. 1932	05.345	+2.25
NO. 7089	21.355	0.8
NO. 2072	33.422	-2.85
NO. 2013	6.536	-3.65
NO. 9904	15.165	-2.2
NO. 1001	7.539	-3.45
NO. 1473	7.539	-3.45
NO. 8323	8.038	-3.44
NO. 8333	7.192	-1.83
NO. 6254	16.571	4.1
NO. 6707	18.511	6.3
NO. 8218	16.472	-1
NO. 8219	6.117	-1.5
NO. 8402	7.376	-3.3
NO. 7078	21.300	-2.2
NO. 5611	18.188	-3.8
NO. 8618	18.038	-1.63
NO. 5617	18.199	-1.73
NO. 6273	17.026	-2.63
NO. 6274	18.026	-2.63
NO. 615	8.046	-2.25
NO. 6096	8.367	-2.33
NO. 6494	27.568	3
NO. 8044	18.159	10.5
NO. 4727	18.316	-1.93
NO. 1001	18.316	-1.93
NO. 6457	29.396	-2.22
NO. 6026	18.245	-2.49
NO. 8913	20.239	-3.8
NO. 1099	71.305	-2.33
NO. 231	60.337	-4.11
NO. 221	60.427	-4.05
NO. 1099	71.305	-3.85
NO. 1039	60.337	-4.05
NO. 2169	60.689	-2.01
NO. 1950	65.361	-1.1
NO. 1099	65.361	-1.1
NO. 1912	65.367	-3.52
NO. 1099	71.305	-4.82
NO. 2227	60.478	-3.02
NO. 1976	65.354	-2.5
NO. 1082	65.366	-3.3
NO. 1052	68.101	-2.01
No. 1011	65.370	-2.42
NO. 2435	72.418	-1.48
NO. 1099	71.305	-4.82
NO. 2548	81.138	-5.8
NO. 1472	12.298	-0.89
NO. 2232	70.032	8.3
NO. 1934	32.399	-4.71
NO. 7654	25.512	-6.1
NO. 2024	13.129	-1.0
NO. 1099	71.305	-4.82
NO. 6599	9.400	-31
NO. 6779	29.166	-7.82

6	Jim
7	Aqr
8	Cva
9	Sta
10	Srt
11	Srs
12	Sst
13	Oph
14	Oph
15	Tba
16	Oph
17	Srb
18	Oph
19	Peg
20	Sta
21	Srt
22	Srt
23	Oph
24	Srt
25	Srt
26	Srt
27	Sta
28	Srt
29	Srt
30	Sta
31	Srt
32	Srt
33	And
34	And
35	H4
36	Viz
37	Gcn
38	Am
39	Aur
40	Aur
41	Upt
42	UMc
43	Uca
44	Or
45	Cte
46	Mia
47	Cen
48	Cen
49	Taa
50	Peg
51	Peg
52	Peg
53	Vit
54	Mia
55	Mia
56	Cen
57	Cen
58	Com
59	Srt
60	Srt

nodule

globular cluster highly resolved

globular cluster highly resolved

globular cluster highly resolved

globular cluster highly resolved

open cluster bright scattered

nodules with dust and cluster

globular cluster mutatis

globula cluster highly resolved

open cluster dense

globula cluster highly resolved

globular cluster highly resolved

globular cluster

globular cluster highly resolved

nodules with dust and cluster

nodules

open cluster bright scattered

globular cluster

nodules with dust

open cluster bright scattered

open cluster bright scattered

globular cluster highly resolved

open cluster bright scattered

globular cluster highly resolved

globular cluster

open cluster bright scattered

open cluster bright scattered

nodules

nodules with dust

open cluster bright scattered

open cluster bright scattered

open cluster bright scattered

open cluster bright scattered

open cluster bright scattered

open cluster bright scattered

open cluster bright scattered

open cluster bright scattered

open cluster bright scattered

open cluster bright scattered

open cluster bright scattered

open cluster bright scattered

open cluster bright scattered

19.

6000000000

MOS	NGC 4579	12.37	-11.8	8.8	7	Leo	very congested galaxy with bright core
MOS	NGC 2021	12.42	-11.7	8.8	7	Leo	spiral galaxy structure
MOS	NGC 2049	12.42	-11.6	8.8	7	Leo	globular cluster highly resolved
MOS	NGC 2005	12.42	-11.6	8.8	7	Fisra	globular cluster highly resolved
MOS	Sundfar, NGC 2005	12.38	-11.6	8.8	7	Leo	globular cluster highly resolved
MOS	Blackey, NGC 406	12.36	-11.6	8.8	7	Leo	globular cluster highly resolved
MOS	Leopards	NGC 2623	11.8	11.1	9.3	Leo	very congested galaxy with bright core
MOS	Leopards	NGC 2627	11.2	11.0	9	Leo	spiral galaxy structure
MOS	NGC 2060	11.01	-11.8	7	8	Leo	globular cluster highly resolved
MOS	NGC 2067	11.11	-12.4	7.5	8	Leo	globular cluster highly resolved
MOS	NGC 2068	11.42	-12.3	8	8	Leo	globular cluster highly resolved
MOS	NGC 2061	11.42	-12.3	8	8	Leo	globular cluster highly resolved
MOS	NGC 2061	11.42	-12.3	8	8	Leo	globular cluster highly resolved
MOS	NGC 2061	11.42	-12.3	8	8	Leo	globular cluster highly resolved

Star Catalog

STAR CATALOG		NAME	RA	DEC	MAG SIZE		CON	DESCRIPTION
STO01	ΣΣΣΣ4			102.02	169.21	7.6	29	colored double star
STO02	30	30°5C		02.05	-6	4.4	5	red variable star
STO03	ΣΣΣΣ			02.08	168.08	5.9	15	caes
STO04	S1	SU AND		03.06	-15.3	8	-	red variable star
STO05	ΣΣΣΣ 214			03.07	-17.2	7.8	28	impd
STO06	ΣΣΣΣ	Δ30 Ω		06.03	28.4	6.4	1.2*	red double star challenge
STO07	Aphycene			03.04	-19.0	3.1	-	star
STO08	22	Straw 5		03.03	-7.9	6.6	0.5*	Cep
STO09	Kappa			03.01	-20.00	6.2	2*	Sc
STO10	Alginic			03.12	11.2	2.8	-	Peg
STO11	AD	Δ30 Ω		03.04	7.8	4.9	1.5*	Cat
STO12		TFT		03.48	-18.9	4.4	-	Cat
STO13	35 Pic			03.10	-18.09	5.8	12*	Pec
STO14	S	ΣCL		03.14	32.1	5.5	-	Sc

ST013	T13	Struve 15	09.16.2	-76.8	7	0.2#	Resp	double star challenge
ST016	ST	ST CAS	09.17.0	-76.0	9	*	Cst	red double star
ST017	Gromovbridge	Gromovbridge 54	09.08.1	-74.0	8	39#	And	double star
ST101	Z21		09.18.5	-76.08	7.6	5#	And	double star
ST109	Lola	Beta CET	09.18.#	8.8	3.5	*	Cat	slr
ST10#	TX	VT AND	09.19.9	-74.0	8	*	And	slr
ST111	Sta	STLA	09.20.0	-78.35	5.8	Scar	Aml	condensed star
ST107	Z30		09.21.0	-79.99	6.9	1##	Cst	double star
ST103	SZ	AQ AND	09.27.0	-73.6	6.9	*	And	red variable star
ST104	Beta	Beta TUC	09.31.5	63	4.4	27#	Cst	double star
ST109	Z36	Struve 36	09.32.1	-76.1	5.7	3##	Pst	double star
ST106	Zeta	Zeta CAS	09.33.0	-73.5	3.7	*	Cat	slr
ST107	Delta	Delta AS	09.35.0	-78.0	3.3	*	And	slr
ST102	Dyad	Dyad PS	09.36.0	-71.28	5.4	5#	*	condensed double star
ST108	Scholar	Alpha CAS	09.40.0	-76.3	2.2	*	Cst	slr
ST106	OG 18	ADIS 58	09.42.4	-74.3	7.8	1##	Pst	double star challenge
ST101	LIN	LIN 122	09.45.7	-75.0	5.7	20#	Cst	double star
ST102	Delta	Delta PS	09.48.7	-77.6	4.6	*	Pst	slr
ST103	Ria		09.49.1	-72.49	5.4	1##	Cst	condensed double star
ST105	Dei	As PSC	09.50.0	-77.2	6.3	4##	Pst	condensed double star
ST109	Dei Lster	Dei Lster 55	09.50.0	-74.1	1.1	3##	Cst	extended group of stars
ST104	Lambdal	Lambdal TUC	09.52.4	89.2	6.5	21#	Cst	condensed star
ST107	38	36 AND	09.53.0	-72.8	8	0.8#	And	condensed star challenge
ST106	Nui		09.56.7	-76.0	2.3	*	Cst	slr
ST109	Z09		09.59.0	-70.17	8.4	26#	Cst	double star equal magnitude
ST100	Z79		09.61.1	-74.43	6	8#	And	condensed star equal magnitude
ST104	ST	ST AS	09.62.1	-71.1	6.8	3###	Cst	condensed star equal magnitude
ST101	Pi		09.64.1	-71.48	5.3	30#	Pst	condensed star equal magnitude
ST103	Dei 17	Dei 17	09.65.0	-70.35	6.8	33#	Pst	condensed star challenge
ST104	Zeta	Zeta PLL	09.66.4	-75.3	3.9	6##	Pst	condensed double star
ST105	Ela	Ela CET	09.68.6	10.2	3.5	*	Cat	slr
ST106	La Lyman	La Lyman 11	09.68.7	-76.3	4.3	*	Cst	condensed double star equal magnitude
ST104	Delta	Delta CH	09.69.7	-75.0	2.2	*	And	slr
ST108	Zeta	Zeta PSC	09.71.5	-72.6	5.6	23#	Cst	condensed star
ST109	Kappa	Kappa TUC	09.72.0	-78.9	5.1	5##	Luc	condensed double star
ST106	Z		09.74.0	-72.8	5.8	*	Pst	slr
ST101	Li13		09.75.0	-70.31	6.4	1##	Cst	condensed star challenge
ST103	Pi		09.76.0	-76.1	5.7	2##	Cst	condensed double star equal magnitude
ST104	Gamma	Gamma PSC	09.76.4	-73.5	4.4	*	Pst	slr
ST105	Aztecero		09.77.2	-77.11	5.5	*	Erl	slr
ST106	Sti		09.78.0	-78.6	3.6	*	And	slr
ST107	Uv	UV CET	09.78.0	-78	7	*	Cst	condensed double star equal magnitude
ST108	p ERI		09.78.8	-76.2	5.8	11##	Frl	condensed star
ST109	Nu		09.79.0	-76.2	4.4	*	Pst	slr
ST110	Pi		09.80.0	-76.6	5.8	1##	Cst	condensed double star
ST101	Chi		09.82.7	-75.0	4.7	*	Per	slr
ST102	Σ 162		09.83.0	-77.4	5.4	2#	Per	tiple star challenge
ST103	I		09.84.1	-72.3	6	2##	Aml	condensed double star
ST104	Σ 163		09.85.3	-74.31	6.6	3##	Cst	condensed double star
ST105	Zeta	Zeta CET	09.85.5	-70.1	5.7	5#	Cst	condensed double star equal magnitude
ST106	Gamma	Gamma ARI	09.85.6	-79.3	8.3	2#	Aml	condensed double star equal magnitude
ST108	Psi		09.86.6	-76.3	4.4	*	Cst	reduced double star
ST109	Lysios		09.87.0	-76.7	3.4	*	Cst	slr
ST107	Σ 161		09.87.9	-75.9	6.8	3##	Cst	condensed double star
ST107	Σ 162		09.88.0	-75.7	5.7	*	And	condensed double star
ST107	Δeclipsal	Δeclipsal 11	09.88.1	-73.6	3.8	32#	Aml	condensed double star
ST101	Σ 168		09.88.2	-73.1	*	*	Cst	slr
ST104	Alpha		09.82.0	-72.2	4.2	2##	Pst	condensed double star challenge
ST103	Δmarch		09.83.9	-74.3	2.2	1##	Aml	condensed double star
ST106	Planum		09.82.2	-73.5	2.2	*	Aml	slr
ST107	Σ 99		09.83.9	-73.2	2.2	*	Aml	condensed double star
ST108	Σ 99		09.84.0	-73.2	2.2	*	Cst	condensed double star equal magnitude
ST109	Σ 99		09.85.8	-73.5	2.2	*	Per	condensed double star challenge
ST101	Σ 99		09.86.8	-73.5	2.2	*	Per	condensed double star challenge
ST102	Σ 99		09.87.0	-73.8	2.2	*	Per	condensed double star challenge
ST103	Σ 99		09.87.1	-73.8	2.2	*	Per	condensed double star challenge

S1050 RTRU 0237.5134.54*Li variabolo

ST01 ST02 ST03 ST04 ST05 ST06 ST07 ST08 ST09 ST10 ST11 ST12 ST13 ST14 ST15 ST16 ST17 ST18 ST19 ST20 ST21 ST22 ST23 ST24 ST25 ST26 ST27 ST28 ST29 ST30 ST31 ST32 ST33 ST34 ST35 ST36 ST37 ST38 ST39 ST40 ST41 ST42 ST43 ST44 ST45 ST46 ST47 ST48 ST49 ST50 ST51 ST52 ST53 ST54 ST55 ST56 ST57 ST58 ST59 ST60 ST61 ST62 ST63 ST64 ST65 ST66 ST67 ST68 ST69 ST70 ST71 ST72 ST73 ST74 ST75 ST76 ST77 ST78 ST79 ST80 ST81 ST82 ST83 ST84 ST85 ST86 ST87 ST88 ST89 ST90 ST91 ST92 ST93 ST94 ST95 ST96 ST97 ST98 ST99 ST100 ST101 ST102 ST103 ST104 ST105 ST106 ST107 ST108 ST109 ST110 ST111 ST112 ST113 ST114 ST115 ST116 ST117 ST118 ST119 ST120 ST121 ST122 ST123 ST124 ST125 ST126 ST127 ST128 ST129 ST130 ST131 ST132 ST133 ST134 ST135 ST136 ST137 ST138 ST139 ST140 ST141 ST142 ST143 ST144 ST145 ST146 ST147 ST148 ST149 ST150 ST151 ST152 ST153 ST154 ST155 ST156 ST157 ST158 ST159 ST160 ST161 ST162 ST163 ST164 ST165 ST166 ST167 ST168 ST169 ST170 ST171 ST172 ST173 ST174 ST175 ST176 ST177 ST178 ST179 ST180 ST181 ST182 ST183 ST184 ST185 ST186 ST187 ST188 ST189 ST190 ST191 ST192 ST193 ST194 ST195 ST196 ST197 ST198 ST199 ST200 ST201 ST202 ST203 ST204 ST205 ST206 ST207 ST208 ST209 ST210 ST211 ST212 ST213 ST214 ST215 ST216 ST217 ST218 ST219 ST220 ST221 ST222 ST223 ST224 ST225 ST226 ST227 ST228 ST229 ST230 ST231 ST232 ST233 ST234 ST235 ST236 ST237 ST238 ST239 ST240 ST241 ST242 ST243 ST244 ST245 ST246 ST247 ST248 ST249 ST250 ST251 ST252 ST253 ST254 ST255 ST256 ST257 ST258 ST259 ST260 ST261 ST262 ST263 ST264 ST265 ST266 ST267 ST268 ST269 ST270 ST271 ST272 ST273 ST274 ST275 ST276 ST277 ST278 ST279 ST280 ST281 ST282 ST283 ST284 ST285 ST286 ST287 ST288 ST289 ST290 ST291 ST292 ST293 ST294 ST295 ST296 ST297 ST298 ST299 ST300 ST301 ST302 ST303 ST304 ST305 ST306 ST307 ST308 ST309 ST310 ST311 ST312 ST313 ST314 ST315 ST316 ST317 ST318 ST319 ST320 ST321 ST322 ST323 ST324 ST325 ST326 ST327 ST328 ST329 ST330 ST331 ST332 ST333 ST334 ST335 ST336 ST337 ST338 ST339 ST340 ST341 ST342 ST343 ST344 ST345 ST346 ST339 ST340 ST341 ST342 ST343 ST344 ST345 ST346 ST347 ST348 ST349 ST350 ST351 ST352 ST353 ST354 ST355 ST356 ST357 ST358 ST359 ST360 ST361 ST362 ST363 ST364 ST365 ST366 ST367 ST368 ST369 ST370 ST371 ST372 ST373 ST374 ST375 ST376 ST377 ST378 ST379 ST380 ST381 ST382 ST383 ST384 ST385 ST386 ST387 ST388 ST389 ST390 ST391 ST392 ST393 ST394 ST395 ST396 ST397 ST398 ST399 ST400 ST401 ST402 ST403 ST404 ST405 ST406 ST407 ST408 ST409 ST410 ST411 ST412 ST413 ST414 ST415 ST416 ST417 ST418 ST419 ST420 ST421 ST422 ST423 ST424 ST425 ST426 ST427 ST428 ST429 ST430 ST431 ST432 ST433 ST434 ST435 ST436 ST437 ST438 ST439 ST440 ST441 ST442 ST443 ST444 ST445 ST446 ST447 ST448 ST449 ST450 ST451 ST452 ST453 ST454 ST455 ST456 ST457 ST458 ST459 ST460 ST461 ST462 ST463 ST464 ST465 ST466 ST467 ST468 ST469 ST470 ST471 ST472 ST473 ST474 ST475 ST476 ST477 ST478 ST479 ST480 ST481 ST482 ST483 ST484 ST485 ST486 ST487 ST488 ST489 ST490 ST491 ST492 ST493 ST494 ST495 ST496 ST497 ST498 ST499 ST500 ST501 ST502 ST503 ST504 ST505 ST506 ST507 ST508 ST509 ST510 ST511 ST512 ST513 ST514 ST515 ST516 ST517 ST518 ST519 ST520 ST521 ST522 ST523 ST524 ST525 ST526 ST527 ST528 ST529 ST530 ST531 ST532 ST533 ST534 ST535 ST536 ST537 ST538 ST539 ST540 ST541 ST542 ST543 ST544 ST545 ST546 ST547 ST548 ST549 ST550 ST551 ST552 ST553 ST554 ST555 ST556 ST557 ST558 ST559 ST560 ST561 ST562 ST563 ST564 ST565 ST566 ST567 ST568 ST569 ST570 ST571 ST572 ST573 ST574 ST575 ST576 ST577 ST578 ST579 ST580 ST581 ST582 ST583 ST584 ST585 ST586 ST587 ST588 ST589 ST590 ST591 ST592 ST593 ST594 ST595 ST596 ST597 ST598 ST599 ST600 ST601 ST602 ST603 ST604 ST605 ST606 ST607 ST608 ST609 ST610 ST611 ST612 ST613 ST614 ST615 ST616 ST617 ST618 ST619 ST620 ST621 ST622 ST623 ST624 ST625 ST626 ST627 ST628 ST629 ST630 ST631 ST632 ST633 ST634 ST635 ST636 ST637 ST638 ST639 ST640 ST641 ST642 ST643 ST644 ST645 ST646 ST647 ST648 ST649 ST650 ST651 ST652 ST653 ST654 ST655 ST656 ST657 ST658 ST659 ST660 ST661 ST662 ST663 ST664 ST665 ST666 ST667 ST668 ST669 ST670 ST671 ST672 ST673 ST674 ST675 ST676 ST677 ST678 ST679 ST680 ST681 ST682 ST683 ST684 ST685 ST686 ST687 ST688 ST689 ST690 ST691 ST692 ST693 ST694 ST695 ST696 ST697 ST698 ST699 ST700 ST701 ST702 ST703 ST704 ST705 ST706 ST707 ST708 ST709 ST710 ST711 ST712 ST713 ST714 ST715 ST716 ST717 ST718 ST719 ST720 ST721 ST722 ST723 ST724 ST725 ST726 ST727 ST728 ST729 ST730 ST731 ST732 ST733 ST734 ST735 ST736 ST737 ST738 ST739 ST740 ST741 ST742 ST743 ST744 ST745 ST746 ST747 ST748 ST749 ST750 ST751 ST752 ST753 ST754 ST755 ST756 ST757 ST758 ST759 ST760 ST761 ST762 ST763 ST764 ST765 ST766 ST767 ST768 ST769 ST770 ST771 ST772 ST773 ST774 ST775 ST776 ST777 ST778 ST779 ST780 ST781 ST782 ST783 ST784 ST785 ST786 ST787 ST788 ST789 ST790 ST791 ST792 ST793 ST794 ST795 ST796 ST797 ST798 ST799 ST800 ST801 ST802 ST803 ST804 ST805 ST806 ST807 ST808 ST809 ST810 ST811 ST812 ST813 ST814 ST815 ST816 ST817 ST818 ST819 ST820 ST821 ST822 ST823 ST824 ST825 ST826 ST827 ST828 ST829 ST830 ST831 ST832 ST833 ST834 ST835 ST836 ST837 ST838 ST839 ST840 ST841 ST842 ST843 ST844 ST845 ST846 ST847 ST848 ST849 ST850 ST851 ST852 ST853 ST854 ST855 ST856 ST857 ST858 ST859 ST860 ST861 ST862 ST863 ST864 ST865 ST866 ST867 ST868 ST869 ST870 ST871 ST872 ST873 ST874 ST875 ST876 ST877 ST878 ST879 ST880 ST881 ST882 ST883 ST884 ST885 ST886 ST887 ST888 ST889 ST890 ST891 ST892 ST893 ST894 ST895 ST896 ST897 ST898 ST899 ST900 ST901 ST902 ST903 ST904 ST905 ST906 ST907 ST908 ST909 ST910 ST911 ST912 ST913 ST914 ST915 ST916 ST917 ST918 ST919 ST920 ST921 ST922 ST923 ST924 ST925 ST926 ST927 ST928 ST929 ST930 ST931 ST932 ST933 ST934 ST935 ST936 ST937 ST938 ST939 ST940 ST941 ST942 ST943 ST944 ST945 ST946 ST947 ST948 ST949 ST950 ST951 ST952 ST953 ST954 ST955 ST956 ST957 ST958 ST959 ST960 ST961 ST962 ST963 ST964 ST965 ST966 ST967 ST968 ST969 ST970 ST971 ST972 ST973 ST974 ST975 ST976 ST977 ST978 ST979 ST980 ST981 ST982 ST983 ST984 ST985 ST986 ST987 ST988 ST989 ST990 ST991 ST992 ST993 ST994 ST995 ST996 ST997 ST998 ST999 ST1000

ST165	lota	Beta AUR	04.37.0	-13.2	2.7	*	Aur	sit
ST166	P6	P6 ORI 04.52.5	101.7 + 4.3	Och stat
ST167	Omega	Omega AUR	05.39.3	-37.9	5	5.5'	Aur	double stair
ST168	Linda Croomson Star	RLEF	05.39.6	-14.8	5.9'	*	Aur	variable stair
ST169	622		05.00.6	-13.06	6.6	2.1'	Ort	double stator equal magnitude
ST170	Sy	Source 6H	05.00.2	-13.3	7.0'	*	Aur	double stator
ST171	Sy 60	Source 6H	05.00.0	-10.6	6.0'	*	Ort	double stator
ST172	Epicenter		05.00.0	-13.49	9.9'	*	Var	variable stator
ST173	Zeta	Zeta AUR	05.02.5	41.2	3.8'	*	Aur	sit
ST174	W	WOR	05.05.4	101.2	8.6'	Och variable stator
ST175	Epsilon	Epsilon LFP	05.05.5	-25.4	3.2'	*	Aur	sit
ST176	Ba	Ba AUR	05.05.6	-11.2	*
ST177	II	U, SDB 05.07.5	494.29	3.97.5 Och	double stator chdir
ST178	TX	TX AUR	05.09.1	-39.0	8.3'	*	Aur	variable stair
ST179	SY	SY ERE	05.09.8	5.6	9'	*	Bvi	variable stator
ST180	Sy64		05.18.6	-37.17	6.8'	*	Aur	double stator chdirge
ST181	Iota	Beta LEE'	05.12.3	-11.9	4.3'	3.5'	Lev	double stator
ST182	Rho		05.13.3	-22.52	4.5'	*	Ort	colored double stator
ST183	Rho	Beta ORI	05.14.0	-14.8	3.8'	*	Ort	double stator equal magnitude contrirse
ST184	Sy63		05.19.5	-32.2	8.1'	*	Aur	single stator
ST185	Capella	Alpha AUR	05.16.7	-16.08	0.1'	*	Aur	sit
ST186	S474		05.19.3	18.30	6.2'	2.8'	Lev	double stator equal magnitude
ST187	h520		05.20.5	-11.14	4.7'	*	Lev	double stator equal magnitude contrirse
ST188	CV	HV AUR	05.21.8	-33.2	7.4'	*	Aur	variable stator
ST189	AD50951	AD5 951	05.21.0	-24.8	5.5'	3.2'	Lev	double stator
ST190	Sta	Source 6H	05.22.8	-23.6	5'	*	Ort	double stator
ST191	Sy701	Source 701	05.23.3	-8.4	8'	*	Ort	double stator
ST192	Fa		05.23.0	-20.44	3.8'	1.3'	Ort	double stator chdirge
ST193	Sigma	Sigma AUR	05.24.7	-37.4	5'	*	Aur	double stator
ST194	Theta	Theta FLC	05.24.8	52.7	6.8'	3.8'	Fcc	double stator
ST195	Seliwitz	Gamma ORI	05.25.1	-16.3	1.6'	*	Ort	var
ST196	Sta	Source 6H	05.25.2	-34.8	8.6'	*	Aur	double stator
ST197	Ld	Source 701	05.25.3	-25.09	5.8'	*	Ort	double stator
ST198	Sti		05.25.7	-1.1	3.7'	*	Ort	stot
ST199	Ls	Lp 9	05.30.0	-17.0	5'	*	Lev	detectors
ST200	Dali	Dali ORI	05.32.0	-3.8'	2.2'	3.8'	Ort	double stator
ST201	Cif	TTF 727	05.32.2	-18.6'	4.7'	*	Thu	sit
ST202	Fla	Fla ORI	05.32.3	-49.21	7.8'	*	Aur	double stator equal magnitude
ST203	Rf	RF ORI	05.33.2	-17.2	8'	*	Ort	variable stator
ST204	T474	Source 747	05.35.0	6'	4.8'	3.6'	Ort	double stator
ST205	Lambda		05.35.1	-20.36	3.8'	*	Ort	double stator equal magnitude contrirse
ST206	Teripetrim	Teripetrim	05.35.3	-20.13	5.1'	3.3'	Ort	quadarode stator
ST207	Ldo	Σ22	05.35.4	-25.55	2.9'	3.1'	Ort	double stator equal magnitude contrirse
ST208	Epsilon	Epsilon ORI	05.36.2	-1.2'	1.7'	*	Ort	sit
ST209	Zia	Phi ORI	05.36.9	-10.8'	4'	*	Ort	sit
ST210	Zeta	Zeta 741	05.36.6	-11.1'	3'	*	Thu	sit
ST211	Sigma	Sigma AUR	05.36.7	-20.76	3.7'	3.1'	Ort	quadarode stator
ST212	Alpha	Alpha COL	05.36.6	34.1'	2.6'	*	Col	sit
ST213	Alstom	Zera ORI	05.40.8	-1.9'	2'	3.0'	Ort	double stator equal magnitude contrirse
ST214	Ct	TH1 CAM (1)	05.40.8	-20.7'	7.7'	*	Carr	variable stator
ST215	Gamma	Gamma LEP	05.41.5	-22.5	3.7'	9.9'	Lev	double stator
ST216	VLF	VLF 051	05.42.7	-20.7'	7.1'	*	Carr	variable stator
ST217	Mu	Mu CV	05.46.0	-33.3'	3.2'	*	Colt	sit
ST218	Kappa	Kappa ORI	05.47.8	-9.7'	2'	*	Ort	sit
ST219	S21	Σ25	05.38.0	-20.27	6.1'	3.5'	Ort	double stator chdirge
ST220	Beta	Beta COL	05.51.0	35.8'	5.1'	*	Colt	sit
ST221	Delta Delft LEP 0535.3 - 203	ΣB 'Lep' star
ST222	No AUR	No AUR
ST223	ΣB' LEP	ΣB' LEP
ST224	Berkeley	Aina Ori	05.55.2	-20.24	6.8'	*	Ort	double stator equal magnitude
ST225	U	U ORI	05.55.8 - 20.3'	3.3'	*	*	Ort	sit
ST226	Thoria		05.58.7	-47.15	2.6'	3.5'	Amr	double stator equal magnitude contrirse
ST227	Fla	Fla ORI	05.59.9	-45.9'	4.5'	*	Aur	cond variable stator
ST228	ΣD	ΣD ORI	05.61.0	-49.27'	7'	2.7'	Pus	double stator equal magnitude
ST229	ΣE	ΣE ORI	05.61.0	-22.29'	7'	*	Ort	double stator
ST230	TJU	TJC FCM	06.19.9	-6.60'	7.8'	*	Carr	variable stator
ST231	41	ΣB 41
ST232	SS	SS AUR	06.19.7	-48.42'	6.1'	*	Aur	double stator
ST233	Gumma	Gumma MUN	06.19.9	6.3'	4'	*	Miuu	sit
ST234	Eu	Eu OMN	06.19.9	12.5'	5.0'	*	Genua	sit
ST235	Σ272	Σ272	06.19.6	-6.2'	6.9'	*	Aur	double stator
ST236	Minum	KS 226	06.19.7	-6.3'	9.5'	*	Xinn	variable stator
ST237	Σ272	Σ272	06.20.3	30.1'	5.5'	*	Genua	sit
ST238	VIVI	VIVON	06.22'	-1.2'	6'	*	Miuu	variable stator
ST239	Minimun	Beta CMA	06.22'	-1.8'	2'	*	Cima	sit

23.

ST240MnMuGEM 621.022328Gm

S12418 0621.8 0456.43 13" Mod color coded zara

51242 Cnepb08AeBcCf 6520-0-0-0.7-CH 51243 电

2. 34.14
   34.50
   34.66
   34.79
   34.87
   34.128
   34.129
   34.130
   34.131
   34.132
   34.133
   34.134
   34.135
   34.136
   34.137
   34.138
   34.139
   34.140
   34.141
   34.142
   34.143
   34.144
   34.145
   34.146
   34.147
   34.148
   34.149
   34.150
   34.151
   34.152
   34.153
   34.154
   34.155
   34.156
   34.157
   34.158
   34.159
   34.160
   34.161
   34.162
   34.163
   34.164
   34.165
   34.166
   34.167
   34.168
   34.169
   34.170
   34.171
   34.172
   34.173
   34.174
   34.175
   34.176
   34.177
   34.178
   34.179
   34.180
   34.181
   34.182
   34.183
   34.184
   34.185
   34.186
   34.187
   34.188
   34.189
   34.190
   34.191
   34.192
   34.193
   34.194
   34.195
   34.196
   34.197
   34.198
   34.199
   34.200
   34.201
   34.202
   34.203
   34.204

Board double star

CLG 062.8 -0.37.85.100.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000. 38" Mopularization ..
ADT-3410 9518 389 113 42
OTC FIM 6533 1778 63 39
ADT-5188 6545 1781 67 45
GR GLM 654461.61 35 31
ADT-5191 6545 1781 67 35
ADT-5291 6543 1779 72 34
ADT-5292 6544 1777 72 34
Straw 939 6539 1753 83 39
ADT-521 6542 1788 85 31
Nat CMA 6538 1782 87 37
ATG AHR 6535 1785 82 32
ADT-543 6543 1784 82 38
STR-399 6543 1784 82 38
SWI-399 6542 1755 87 37
Alpha CMA 6541 1762 81 39
SISR 6543 -99.79.79
SSR 6542 -99.79.79
Kappa CMA 6548 1725 45
L-DOX 6541 1727 67 34
GYMON 6532 4694
OMA 6541 -95.517112
Theta CMA 6541 -1211
Theta CMA 6542 -1211
Zyto CPM 6541 -92.647
Zyto CPM 6542 -92.647
B-POM-664 -97.72 min maxima
C-Straw-165 B-POM-1642752
RV-POM-66267
Erdion CPM 6546 -291.575
Sigma CMA 6547 -27.5 CMA start
Cronos CMA 6543 -258
Dudley S-POM-42438838
Zeta CPM 6541 -292.637
O-POM-6542 -292.637
RSGLM 6542 -12276
STGALM 6541 -11256
Gamma OMV 6548 -28348
Tan CPM 6541 -11838
Zyto CPM 6542 -12276
Straw-165 ZYTO-12276
Omega CPM 6548 -28348
Ozumis CPM 6548 -28348
Stir RTHM 6547 -23.57515
Sto GCM 6547 -23.57515
Upenom CPM 6549 -23.57515
Alpha GPM 6546 -23.57515
Alpha GMF 6549 -23.57515
Oz U/9 PUM 6548 -23.57515
Oz U/9 PUM 6548 -23.57515

Acr double star
Germ robust double star
Xia double star
Aar double star
Aar double star
Aar double star
Aar double star
Aar double star
Aar double star
Aar double star
Aar double star
Aar double star
Aar double star
Aar double star
Aar double star
Aar double star
Aar double star
Aar double star
Aar double star
Aar double star
Aar double star
Aar double star
Aar double star
Aan double star
Cm1 double star
Cm2 double star
Cm3 real variable star
Cm4 real variable star
Cm5 doublestar magnitude constraint
Cm6 triple scalar challenge
Cm7 doublestar equal magnitude
Cm8 doublestar equal magnitude
Cm9 doublestar challenge
Cm10 real double star
Cm11 real double star
Cm12 doublestar magnitude constraint
Cm13 real double star
Cm14 real double star
Cm15 doublestar equal magnitude constraint
Cm16 doublestar equal magnitude constraint
Cm17 real doublestar
Cm18 doublestar equal magnitude constraint
Cm19 doublestar equal magnitude constraint
Cm20 doublestar equal magnitude constraint
Cm21 real double star
Cm22 doublestar
Cm23 real double star
Cm24 doublestar
Cm25 doublestar
Cm26 doublestar
Cm27 real double star
Cm28 doublestar
Cm29 doublestar
Cm30 real double star
Cm31 real double star
Cm32 real double star
Cm33 real double star

ST135	XI	RP-UPP	08:04	38.8	8.3	*	Pup	variable star
ST136	RU	RU-UPP	08:07.5	22.9	8.9	*	Pup	variable star
ST137	Cysloso	Epolen VOL	08:07.9	-58.6	1.6	*	Voc	double star
ST138	Gamma	Gammu VOL	08:09.5	-17.3	1.9	11	Voc	double star
ST139	Zeta		08:12.2	177.39	4.7	0.67	Cuc	single star challenge
ST130	c	LCAR	08:13.3	-83.9	5.3	*	Car	double star
ST131	BCCN	BCCN	08:16.6	-11.7	6.1	*	Cuc	variable star
ST132	Kappa	Kappa VOL	08:19.0	71.5	5.4	*	Voc	double star
ST134	AU	AG-UPP	08:22.7	33.8	8.8	*	Pup	variable star
ST135	S1	31LYN	08:25.8	-43.2	3.3	13	Lam	star
ST136	Beta VOL	Beta VOL	08:27.2	-66.1	3.6	*	Voc	star
ST137	BLOU	BLOU	08:29.3	-90.2	4.5	*	Pup	double star
ST138	Σ	Σ104	08:26.7	-24.3	7.5	*	Cuc	double star
ST139	PS	Σ123	08:26.7	-26.56	8.3	*	Cuc	double star equal magnitude
ST130	b-04		08:29.1	-47.9	3.6	*	Vel	double star
ST131	Δ70		08:29.5	44.45	5	*	Vel	double star
ST132	b-1407		08:31.6	39.66	6.4	*	Vel	double star
ST133	Σ148		08:33.8	-46.37	6	*	Cuc	double star
ST134	Alpha	Sigma HPO	08:38.8	-38.8	5.4	*	Mya	star
ST135	b-122		08:39.2	-40.3	6.9	*	Cuc	double star challenge
ST136	Σ124		08:40.4	-39.49	6.4	*	Cuc	quadruple star
ST137	Alpha	Alpha VPO	08:43.6	-33.2	3.7	*	Pys	star
ST138	Delta	Duln VPO	08:44.7	-34.7	2.1	3.8	Vel	double star
ST139	Σ1270	Δ10677	08:45.3	-2.6	6.4	*	Hyc	double star
ST140	Δ1264	Σ1264	08:46.7	-24.64	3.0	*	Cuc	colored double star
ST141	Δ1265		08:46.7	-26.78	3.4	*	Pyl	double star magnum, content
ST142	Δ1267		08:48.8	-31.65	7.3	*	Lyn	double star equal magnitude
ST143	X	Y-CNC	08:55.5	-17.7	5.6	*	Cuc	variable star
ST144	66	Σ1299	08:61.4	12.15	5.8	*	Cuc	double star
ST145	Rho	Rho USA	08:62.5	-57.6	4.8	*	Dim	star
ST146	Σ131		08:67.5	-22.28	6.5	*	Cuc	double star equal magnitude
ST147	Lambda	Lambda VOL	08:68.0	-53.26	2.2	Sedlar	Vel	star
ST148	Sigma2	Σ1010	08:10.5	-67.08	2.8	*	Cuc	double star magnum contrast
ST149	c	Σ1100	08:11.0	-59	3.6	20	Cyn	star
ST150	b-88	b-168	08:12.6	-43.8	8.7	*	Vel	double star
ST151	b-90		08:14.4	-43.3	8.2	*	Vel	double star magnum, content
ST152	Σ121		08:15.9	-37.2	4.5	*	Lyn	double star equal magnitude
ST153	R1	Σ1364	08:16.2	-31.4	8.6	*	Cuc	variable star
ST154	Σ8		08:18.8	-36.48	3.9	*	Lyn	double star challenge
ST156	Σ138		08:21.0	-38.1	6.6	*	Lyn	double star challenge
ST157	Alpha	Alpha LYN	08:21.1	-34.4	3.1	*	Lyn	star
ST158	Rapps	Rapps VOL	08:22.1	-35	2.3	*	Vel	star
ST159	Σ140		08:23.3	-38.38	7.2	*	Mh	double star
ST160	Σ141		08:24.2	-38.1	3.1	*	Lyn	double star
ST161	Σ1255		08:27.5	-36.14	7.5	*	Hyc	double star equal magnitude
ST162	Alpha LYN		08:27.6	-30.40	2	Sedlar	Hyc	star
ST163	Omega	Omega VOL	08:28.5	-49.1	5.9	*	Lyn	double star challenge
ST164	Doubleglv		08:29.6	-49.5	7.8	*	Vel	double star
ST165	Σ1260		08:30.6	-30.25	8.3	*	Lyn	double star equal magnitude
ST166	Σ		08:30.8	-31.33	5.8	*	Ant	double star
ST167	N	NVP1	08:31.2	-57	3.1	*	Cuc	variable star
ST168	Σ		08:31.6	-63.63	3.8	*	Dim	double star magnum, content
ST169	Lambda	Lambda VOL	08:31.7	-25.0	4.3	*	Lyn	star
ST170	R	R-CAR	08:32.2	62.8	3.8	*	Cuc	variable star
ST171	Σ1269		08:35.4	-40.01	6.5	2.5	Lyn	double star
ST172	Lamda	Lamda VOL	08:37.1	-2.1	4.9	*	Hyc	star
ST173	Cysloso	Upper CAR	08:37.1	-30.1	3.1	*	Cuc	variable star
ST174	R	R-47.6	08:47.6	-11.26	4.4	Sedlar	Lyn	cell visible star
ST175	W	W-85X	08:51.0	-2	9	*	Sca	variable star
ST176	Y	Y-HYA	08:51.1	-2.3	8.3	*	Hyc	variable star
ST177	Mtu LYS	Mtu LYS	08:52.8	-26.0	5.9	*	Lyn	star
ST178	Δ1267		08:54.5	-22.9	8.7	*	Hyc	double star
ST179	Σ1269		08:55.6	-21.20	1.4	Sedlar	Lyn	star
ST180	Σ S CAR		08:56.2	-40.8	8	3.8	Lyn	double star
ST181	Σ 47/48		08:57.0	-17.7	7.2	*	Lyn	double star challenge
ST182	Zeta	Zeta VOL	08:57.2	-23.4	3.5	5.5	Lyn	double star
ST183	q	q-CAR	08:57.1	81.2	3.4	*	Cuc	star
ST184	Δ1268		08:57.0	-64.76	2.6	2.1	Cuc	double star
ST185	Alphao VOL	alpha VOL	08:57.0	-29.5	2.5	1.5	Lyn	double star
ST186	Mtu LYS	Mtu LYS	08:57.2	-41.5	3.1	*	Lyn	star
ST187	Mtu LYS	Mtu LYS	08:57.2	-36.61	3.8	*	Lyn	star
ST188	Δ1262		08:57.2	-31.11	4.3	*	Ant	star
ST189	Δ5		08:57.2	-40.8	8	3.8	Lyn	double star

ST250DeHN 1028.630365711Antdckbtaeugmtniue

S981 p pCAR 10320-61.73.3-Car sta

ST82 1055 BcLED 10328-933y Loe star

ST395	R		10.33	-48.39	5.7	2	Leo	double star challenge
ST396	U		10.32	39.6	5.1	-	Ant	variable star
ST397	M	Gamma	10.33	-28.6	4.1	-	Chi	star
ST398	U		10.36	-3.4	-	-	Mφ	variable star
ST399	Dunlap97		10.33	-3.6	4.3	-27	Md	dual star
ST398	32		10.34	-34.44	6.5	27	Sex	dual star
ST399	R		10.46	-38.8	7.5	-	Unm	variable star
ST400	FY		10.51	-44.7	4.9	-	Oms	variable star
ST401	Delta		10.58	-50.8	-5.5	4.8	Chi	dual star
ST402	20		10.58	-54.01	6.9	2.5	Sex	dual star
ST403	No		10.66	-16.2	3.1	-	Hε	star
ST404	54 34 120 10 55 8 6 4 8 3 6 8 7		Loo doublestar
ST405	MD751 542		SAC 10 104	-88.3	7	7	Cm	double star magnitude continuum
ST406	Al		11.32	-11.5	4.5	1.5	Cm	double star challenge
ST407	No		11.42	-13.1	5.7	-	Unm	dual star
ST408	G129		11.54	-14.36	7	0	Fm	dual star
ST409	B4152		11.82	-18	5.1	3.5	Mφ	dual star
ST410	beta		11.39	-19.9	1.1	1.3	Lmo	double star challenge
ST411	R1		11.68	-20.0	6.2	29	Lmo	triple star
ST412	Tst		11.80	-20.9	3.8	-2.5	Lmo	dual star
ST413	Lambda		11.84	-20.9	3.8	-2.5	Lmo	collimated double star
ST414	88		11.58	-21.21	6.5	10	Lmo	double star
ST415	N		11.32	-21.16	5.8	5	Lyd	double star equal magnitude
ST416	Pom78		11.38	-20.6	8	1	Cm	double star challenge
ST417	Σ11		11.47	-16.08	8	3	Lm	triple star
ST418	No		11.59	-16.6	-	-	Vt	star
ST419	Dopbella		12.81	-16.34	2.1	stellar	Lmo	Luo
ST420	Beta		13.02	-16.34	4.7	0.5	Hε	colored double star
ST421	O 12		13.46	-17.9	6.4	7.5	Lmo	dual star
ST422	65		13.51	-16.29	6.7	4	Unm	double star
ST423	Epsilon		13.56	-18.2	5.1	0.9	Chi	colored double star
ST424	Σ125		13.05	-16.26	8.7	3.5	Vt	dual star challenge
ST425	Zeta		13.04	-17.1	8.3	3.5	Cm	dual star
ST426	Delta		13.05	-16.27	6.6	4.5	Cm	dual star
ST427	Σ101		13.05	-17.11	6.6	0	Cm	triple star
ST428	Epsilon		13.10	-12.26	3	-	Cm	star
ST429	Ramamal 4		13.14	-14.49	4.7	2.9	Cm	dual star
ST430	Delta		13.15	-16.2	3.6	-	Cm	star
ST431	Σ125		13.16	-18.2	6.1	11.5	Cm	colored double star
ST432	Epsilon		13.16	-17.16	6.1	-	Mth	red variable star
ST433	Σ127		13.16	-18.08	6.6	30	Vt	dual star equal magnitude
ST434	R		13.16	-19.3	6.7	- variable star	Cm	dual star equal magnitude
ST435	Σ133		13.08	-27.03	8.3	5	Cm	dual star
ST436	Epsilon		13.24	-20.4	3.6	-	Grz	star
ST437	Σ134		13.24	-20.0	3.9	-	Cm	dual star
ST438	Σ 135 123 40 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 5 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 90	Cm	double star
ST430	Σ139		13.44	-29.6	8.8	1.8	Cm	double star challenge
ST431	S		13.26	-19.4	9.2	-	Cm	variable star
ST432	Σ14		13.23	-10.48	8.5	Stella	Vt	red variable star
ST433	Δ Σ		13.26	-20.4	8.4	4.5	Cm	dual star
ST434	BC 133		13.25	-20.0	10.8	-	Vt	variable star
ST435	Δ Σ129		13.29	-16.3	5	20	Cm	double star
ST436	Δ Σ131		13.32	-27.1	1.6	21.0	Cm	dual star
ST437	Σ149		13.36	-11.1	8	15	Vt	dual star
ST438	Σ151		13.39	-18.23	5	20	Cm	red variable star
ST439	Σ152		13.40	-29.1	5.7	-	Vt	star
ST440	Σ156 123		13.47	-27.1	5.5	2.5	Cm	double star
ST441	Σ159		13.45	-29.0	5.3	3.5	Cm	dual star
ST442	Σ160		13.43	-29.2	5.3	-	Cm	double star
ST443	Σ161		13.42	-29.2	5.3	2.5	Cm	double star
ST444	Σ162		13.42	-29.2	5.3	2.5	Cm	double star
ST445	Σ163		13.43	-29.2	5.3	2.5	Cm	double star
ST446	Σ164		13.42	-29.2	5.3	2.5	Cm	double star

JUPITERfifth planet from sun.

Largest planet in solar system.

16 moons, Orbit is 11.95 years.

Diameter 143,000 km. Named for roman king of gods.

49.

UTILISATION DE SpaceStation POUR LA PREMIÈRE FOIS (SUITE)

Corona Australia (CrA)

Corona Borealis (CrB)

Corvus (Cv)

Crater (Crt)

Crux [Cru]

Cynnus (Cyg)

Delphinus (Del)

Dorado (Dor)

Drepe (Da)

Equculus (Eq)

Eridanus (Lri)

hormax / hər

Gemini(Gem

Gru(Gr)

Hercules (Her).

Horologium (Hort)

Hydra (Hya)

Hady (Hady)

Indus (Ind)

52.

图1

TABLE ALPHABÉTIQUE DU CATALOGUE

KEY- LEGENDE

NAME NAME= NOM

RA RIGHT ASCENSION (hours min.min) - ASCENSION DROITE (hours min.min)

DEC DECLINATION (degrees) = DECLINATION (degrees)

MAG-MAGNITUDE

CON=CONSTELLATION=CONSTELLATION

CATALOGUE MESSIER

CATALOGUE MESSEIR	NAME	RA
M001 Crab vaccuna suspensa remont	NOC-3952	05.545
M002	NOC-7089	21.352
M003	NOC-2272	15.422
M004	NOC-6121	16.636
M005	NOC-9504	15.166
M006	butterfly	17.301
M007	NOC-8473	17.539
M008	Lagoon	18.838
M009	NOC-6333	17.192
M010	NOC-6254	16.571
M011	wild duck	18.511
M012	NOC-6218	16.472
M013	NOC-5999	16.417
M014	NOC-8407	17.366
M015	NOC-7074	21.300
M016	Eagle	18.188
M017	Swan	18.208
M018	NOC-6613	18.129
M019	NOC-6272	17.026
M020	Duck	18.926
M021	NOC-6154	18.846
M022	NOC-6096	18.361
M023	NOC-6494	17.568
M024	small star cloud	18.159
M025		18.316
M026		18.494
M027	Duckbill	18.956
M028		18.956
M029		18.245
M030		18.239
M031		18.404
M032	Great Andromeda (Galaxy)	18.427
M033	Fluted shell	18.427
M034		18.338
M035		18.418
M036		18.689
M037		18.561
M038		18.544
M039		18.287
M040		18.322
M041	Wimmede 4	18.478
M042	Great Orion subula	18.354
M043		18.366
M044	Below	NOC-2632	18.301
M045	Pileados	Pileados	18.470
M046		NOC-2452	17.418
M047		NOC-2442	17.366
M048		NOC-2518	18.138
M049		NOC-1872	17.298
M050		NOC-2232	17.052
M051	Whirlpool	NOC-5944	17.393
M052		NOC-2654	17.243
M053		NOC-2024	17.129
M054		NOC-7127	18.251
M055		NOC-8090	19.400
M056		NOC-6773	19.166
M057	King	NOC-6720	18.536

DEC	MAG	SIZE
-220	8.4	6
58	6	7
284	6	18
-261	9.5	16
-271	8.2	13
-281	7.5	23
343	5	5
-244	5	80
-183	8	9
41	7	8
63	6	12
-122	6.5	10
133	6	7
-162	8	45
-171	8	7
-163	7	5
-133	6.3	23
-251	7	10
-235	6	18
19	7	30
182	9	1.5
193	6	20
-222	8	8
-243	8	6
-382	7	7
-233	8	8
-413	5.6	2
-409	8.2	5
-392	5.7	90
-228	8.4	10
-233	5.1	90
-311	6	12
-326	5.6	24
-358	8.4	21
-484	5	30
-207	4.5	30
-217	4.5	30
5.5	4	1
-53	9	10
-200	5.1	1.9
-241	1.5	1.5
-142	8.1	27
-132	8.1	27
-58	5.8	80
-200	8.4	5
63	6	20
-472	8.1	11
-516	7	12
-102	8	10
-162	8	6
-31	6	5
-30	6	5
-231	9.7	80

annouvetballant digene

goup#

amsscbulae, a pte rseolcn

mss mssr, lillant, dce x

ST17394020+2021.7A#n# double ST18384020+2021.7A#n# double

18.2023年1月1日（星期一）

ST120	Sigma	Sigma PER	07.326	480	4.6	Fir	eolde
ST121	400	EPI	03.523	27.34	8.4	Tun	eolde double, magnitude eqale
ST122	Epsilon	Epsilon ERI	03.329	8.5	3.7	Fir	eolde
ST123	BD Severe ERI 05.350 +000 6.8	L'armel double
ST124	CSE	Osteo-SE	05.000	+03.9	6.6	46*	Cmm	eolde double
ST125	G1	UCL-SEM	03.526	+02.6	8.1	0	Cmm	eolde d'actin variables
ST126	Osteo-SEM	Osteo-SEM	03.443	3.8	0
ST127	FI	FIRE	03.481	-10.1	6.4	Fir	fiele
ST128	Gamma	Gamma ERI	03.722	-20.2	3.2	Fir	fiele
ST129	20	30-TAU	03.452	111.2	5	5#	fiele double
ST130	F	16	03.456	27.37	4.9	8#	fiele double, magnitude eqale
ST131	B2	BE-CAM	03.555	-00.55	1.5	1#	Cmm
ST132	B2	BE-CAM	03.543	-01.9	2.9	2#	Cmm
ST133	22	ZUM	03.545	-2	5	7#	fiele
ST134	Epsilon		03.539	+40.0	2.9	5#	Per fiele double, corminate de magnitudes
ST135	Gamma	Gamma ERI	03.580	-15.1	3	Fir	fiele
ST136	Lumidi	Lumidi TAI	04.007	+12.3	3.3	Fir	fiele double variables
ST137	D571	ΔPSI-297	04.076	-78.1	7.4	1.6#	Fiele double interrogation
ST138	SZ	485	04.078	+12.20	7.8	90#	Cmm double
ST139	Osteo-SEM	Osteo-SEM	04.142	-27.7	4.5	83#	Fiele double, interrogation
ST140	Epsilon	Epsilon SET	04.166	+9.3	4.5	Fir	fiele
ST141	Theta	Theta SET	01.177	-63.1	6.2	1#	fiele double
ST142	Phi	Phi TAU	04.204	27.4	5	32#	fiele double
ST143	T		04.230	-9.32	8.4	Sulfur	fiele double variables
ST144	Chi	Chi TAI	04.256	-20.6	10.9	94#	fiele double
ST145	ADIS169	ΔPSI-169	04.227	-15.1	7.5	1.6#	fiele double, interrogation
ST146	43-MA	43-MA	04.229	-15.1	4.4	4#	fiele double, magnitude variables
ST147	E-MIR		04.279	21.359	7.5	1.2#	fiele double, interrogation
ST148	32		03.511	-40.0	7	5#	Fiele double, magnitude eqale
ST149	T		03.520	+55.55	5.5	10#	Cmm double, corminate
ST150	259		04.355	18.00	6.9	7#	fiele double, magnitude eqale
ST151	46	46-EMI	04.359	-6.7	5.7	4#	fiele double
ST152	Hypoth. TMI	Hypoth. TMI	04.363	-16.3	3.9	30#	fiele double
ST153	Pit	NURLEK	04.363	-16.3	3.9	11#	fiele
ST154	55	55-MA	04.362	-16.3	3.9	1#	fiele
ST155	572		04.365	+26.56	7.3	4#	fiele double, magnitude eqale
ST156	S1	+SIM	04.404	-19.2	4.3	Fir	fiele double, d'actin variables
ST157	E	R-CAT	04.405	-18.7	6.2	C#r	fiele double variables
ST158	55	55-MA	04.356	-18.16	6.7	Fir	fiele double, magnitude eqale
ST159	Beta	Beta-PEC	04.356	-23.3	2.6	12#	Fir
ST160	ST1		04.502	+68.10	9.2	Sta#	fiele double, raline variables
ST161	FU	FU-EMI	04.502	-55.6	3.7	C#r	fiele
ST162	TI	TT-MAU	04.516	-28.5	6	Fir	fiele double variables
ST163	FIS	FIS-EMI	04.542	-22.4	3.7	Fir	fiele

56.

ST164	Oncomecn2		Oncomecn2 ORI	06.56	-33.3	4.1	*	Ort	edole
ST165	Iota	Iota AUR	04.57	-39.2	-3.2	*	Aur	edole
ST166	E6	P6 ORI	01.56	-30.7	-3.5	*	Ort	edole
ST167	Omege	Omege AUR	03.59	-37.9	5	2.5	*	Aur double
ST168	Finde Cenismum Sun	KLEP	04.58	-34.8	5.8	*	Lep	edole double variables
ST169	ND	ND	05.06	-33.3h	8.6	3.1	*	Ort double, magnitude variable
ST170	SRI	SRI EPI	03.51	-33.1	7.3	3.5	*	Lep double
ST171	610 Sirence AV 06.08 - 41.6.6.5	*	Ort double double
ST172	Lepion		05.02	-43.49	2.8	Sellar	Aur	edole double variables
ST173	Zeta	Zeta AUR	05.02	-41.2	3.8	*	Aur	edole
ST174	W	W ORI	04.05	-41.2	6.6	*	Ort	edole double variables
ST175	Epinee	Epineon LFP	04.05	-37.4	3.2	*	Lep	edole
ST176	LH	LH AUR	03.05	-41.2	3.2	*	Aur	edole
ST177	U4	U4 AUR	03.07	-38.29	5.8	2.0	*	Ort double, interrogation
ST178	TX	TX AUR	03.01	-39.0	8.3	*	Aur	edole double variables
ST179	SY	SY EPI	03.08	-36.9	9	*	Fir	edole double variables
ST180	G44		05.14	-37.17	6.8	2.1	Aur	edole double, interrogation
ST181	LGA	Iota LEP	05.12	-33.9	4.5	1.1	Lep	edole double
ST182	Dra 0113 422 2 AN 7" Ord double double variable
ST183	TBA TBI	TBA TBI	05.14	-37.9	8.7	3.0	*	Ort double, magnitude of magnitude
ST184	OA	SMA 65	05.15	-32.2	5.1	1.1	*	Ort double triple
ST185	Capella	Alpha AUR	02.167	-40.09	0.1	*	Aur	edole
ST186	S476		05.19	-38.30	6.2	3.9	*	edole double, magnitude variable
ST187	Isotro		02.05	-31.34	4.7	4.1	*	Lep double, magnitude, contraste of magnitude
ST188	UV	UV AUR	05.210	-32.5	7.4	*	*	edole double variables
ST189	ADIS 954	ADS 954	05.218	-34.8	5.5	2.2	*	edole double
ST190	NIR	NIR 636	05.22	-32.6	3.2	3.2	*	edole double
ST191	BOL	SMB 253	05.23	-6.0	6	*	*	edole double
ST192	Pha	Pha 253	05.25	-37.10	3.4	1.5	*	edole double, interrogation
ST193	Sigma	Sigma AUR	02.247	-37.4	5	*	*	edole double
ST194	Thela	Thela PBC	02.248	-32.3	6.8	3.8	*	edole double
ST195	Beliau	Gamma OBI	02.251	-36.63	1.6	*	Ort	edole
ST196	P98	P98 OBI	02.252	-36.9	6.6	*	*	edole double
ST197	LIB	LIB 253	02.293	-25.09	5.5	*	Lau	edole double
ST198	SI	SI 09	02.297	-1.1	1.7	*	Ort	edole
ST199	TI5	TI 09	02.300	-1.0	5	*	Tau	aerobics
ST200	Dalla	Dalla OBI	02.320	-3.8	3.2	3.5	*	edole double
ST201	L9	LV TAO	03.322	-4.6	7.7	*	Lau	edole
ST202	R2	R2 OBI	03.323	-4.2	7.5	*	Aur	edole double, magnitude variable
ST203	B2	B2 OBI	03.332	-37.2	8	*	*	edole double
ST204	R7	SNA 247	03.350	-6	1.8	3.6	*	edole double
ST205	Lambda	Lambda 351	03.351	-39.36	3.4	1.1	*	edole double, contraste of magnitude
ST206	Trapezim	Trapezim 351	03.353	-39.35	5.1	3.5	*	edole quadruple
ST207	Iota	Iota 351	03.354	-30.39	1.9	1.1	*	edole double, magnitude, contraste of magnitude
ST208	Epinee	Epineon OBI	03.362	-3.2	1.7	*	*	edole double
ST209	Pha	Pha OBI	03.369	-39.3	4.4	*	*	edole double
ST210	Zeta	Zeta AUR	03.387	-32.11	5	*	Lau	edole double
ST211	Sigma	Sigma OBI	03.387	-32.36	3.7	1.1	*	edole quadruple
ST212	Alpha	Alpha COL	03.396	-34.1	2.6	*	Col	edole
ST213	Almutk	Zeta OBI	03.408	-3.9	7	2.0	*	edole double, contraste of magnitude
ST214	U2	U2 CAM (1)	03.412	-32.5	7.7	*	Com	edole double variables
ST215	Gammu	Gammu LEP	03.425	-22.5	3.7	9.7	*	edole double
ST216	Y	Y TAO	03.487	-30.01	7.1	*	Lau	edole double variables
ST217	Mio	Mio COL	03.480	-33.3	5.2	*	*	edole
ST218	Jorpiz	Kappa OBI	03.479	-9.7	2	*	*	edole
ST219	Si2	Si 250	03.480	-30.27	6.1	1.3	*	edole double, interrogation
ST220	Beta	Beta COL	03.510	-35.4	5.1	*	Col	edole
ST221	Della	Della COL	03.513	-35.5	5.8	*	Lau	edole
ST222	No	No OBI	03.514	-39.11	1	*	*	edole
ST223	B17	B17 OBI	03.549	-39.02	8.8	3.9	*	edole double, magnitude, ligule
ST224	Reciprocata	Alpha ORI	03.552	-30.24	0.5	Stefan	Edole double
ST225	C	C OBI	03.588	-30.2	5.3	*	*	edole double
ST226	Chla	Chla OBI	03.597	-37.13	2.6	2.5	*	edole double, contraste of magnitude
ST227	Fla	Fla OBI	03.599	-35.9	4.5	*	*	edole double, ligule
ST228	SD	SD OBI	03.600	-40.27	7	2.7	*	edole double, ligule
ST229	RS 6500 447 30 8	*	Ort double double
ST230	TI1	TCA FPM	06.109	-36.0	7.8	*	*	edole double variables
ST231	CI	CI 111	06.117	-38.42	6.1	*	*	edole double
ST232	SS	SS AUR	06.134	-47.0	10	*	*	edole double
ST233	Gammu	Gammu MINI	06.149	8.3	4	*	Mioa	edole
ST234	Ra	Ra OBI	06.159	-22.5	3.5	*	*	edole
ST235	S222	S222 OBI	06.160	-36.2	9.9	*	*	edole double
ST236	AS	AS OBI	06.167	-32.5	5.5	*	Mioa	edole double
ST237	Zeta	Zeta CMA	06.183	-36.1	5.3	*	Cmu	edole
ST238	V	V OBI	06.217	-31.5	6	*	Mioa	edole double

57.

6007105820MM

ST239 Minun Bca CMA 06 22.7 18 2 Cma foil

ST240 Mu/MeEM 6623.0 23.2.5 GenoBoils ST241 B662.8 49.4.15.13 Tmex/tejco doli catech

152106627840135131 100000000000000000000000000000000000000000000000

ST242股

ST2441：

ST245 F431

S10628X105973470

5124 70 S1318 105118

STM9 CR

ST201 928

5121 A05301

ST21 98 ST22 74

ST32 98 ST34

S125 No.

51276U

ST277 ADS240

ST2:18 AX15:43S70:12 0x17

829 807320

312004557

ST2210

51265 S40172106

5126 53

ST20 VW ST21 1

STAN

512432

ST269 Kapp

ST278 14

51271 67
10777 48

5127 96
4323 Unrereed

312.5 Confluent STAFs

ST29 38

ST26 Mo

127 10

5128086 ST209B

ST2018Lpson

51281 Sigma

ST282 Omisnon2

ST23Dunap38

524 10

3129 309
ST26 R

ST237 W

ST288 Gama

5129 Ta

ST20 103 ST64 97

ST240

ST283 h24

5124 1u

5125 Delta

ST>6 F9 *ST>7 10

5127 63085127 6308

31298.8g/m 305375298.0g/m

ST300 n

S1301 Catar

51302 Upsilon 51302

51303 121 ST804X

ST301Fogpon

ST96 Kpp3

ST1072

ST308 127

519940

513.0 0
513.1 Ch#

ST3-2Ducnep9

ST3 3 S.h88

58.

ST314	Zea
ST315	Rt
ST316	Rt
ST317	Lipps
ST318	Gumma
ST319	Zea
ST320	Bee
ST321	Rt
ST322	Rt
ST323	Kappa
ST324	AC
ST325	St
ST326	Beta
ST327	Lilium
ST328	24
ST329	Phl
ST330	h.c.104
ST331	70
ST332	h.c.107
ST333	h.c.108
ST334	Sigma
ST335	h.c.128
ST336	1254
ST337	Alpha
ST338	Dery
ST339	1270
ST340	Peroxide
ST341	1987
ST342	A
ST344	65
ST345	Rho
ST346	Rt
ST347	Small
ST348	Sigma2
ST349	r
ST350	h.c.88
ST351	h.c.91
ST352	1321
ST353	A
ST354	RC
ST355	38
ST356	1258
ST357	Alpha
ST358	Kappa
ST359	Rt
ST360	kappa
ST361	1355
ST362	Alpha
ST363	Omege
ST364	Dermep
ST365	1360
ST366	Zea
ST367	N
ST368	21
ST369	Lambda
ST370	Rt
ST371	Rt
ST372	Lilium
ST373	Rt
ST374	Rt
ST375	W
ST376	T
ST377	Mn
ST378	262
ST379	Reynolds
ST380	S
ST381	AD5770
ST382	Zea
ST383	q
ST384	p
ST385	Alfalfa
ST386	Mo
ST387	Ma
ST388	Alpha

m = 311

m = 311

---

1,2,3 1,3,4 2,3,4 3,4 4,5 5,6 6,7 7,8 8,9 9,10 10,11 11,12 12,13 13,14 14,15 15,16 16,17 17,18 18,19 19,20 20,21 21,22 22,23 23,24

---

( x - 2x) t - xy^2 = ( x - 2x) f^ t

180^

59.

m

1580

ST3945102761098638"Lepck double

ST80 Delta HN 50 10 29.6 30 36 57 11" Anteole double, contnns de magnitude

ST91	p-CAR 1032.0-0.17	5.5* Car chole
ST92	Rho	Rhe LEO		10.8-29.3*	3.5* Leo
ST93	UH	UH LEO		10.3-22.6	3.8-3.9
ST94	U	U ANT		10.3-22.6	3.9-4.0
ST95	Gamma	Gamma CHA		10.3-25	3.8-4.0
ST96	U	U HPA		10.3-26	3.4-3.7
ST97	Dunlop95	Dunlop 95		10.3-26	3.5-4.0
ST98	25	1465		10.4-24	4.4-4.6
ST99	F	RTH PIA		10.4-25	4.7-5.0
ST00	VY	VY IMA		10.3-21	4.6-5.1
ST01	Delta	Deltz CHA		10.3-28	4.9-5.0
ST02	42	104.5-30.01	6.9-2.07 Sa	coiled double
ST03	Nu	Nu HFA		10.4-26	1.6-2.0
ST04	S# 1500 10 828.4 43.68	Leu, chole double
ST05	M6/251/42	3203 251/42		11.1-25	65.5
ST06	36	X1/26	11.1-25	11.1-25	4.4
ST07	Nu	Nu TMA		11.1-25	33.1
ST08	10/29	11.1-25		11.1-25	4.4
ST09	M1/152	5/132		11.2-31	5.5
ST40	Iota	Iota LEO		11.2-29	11.8-25
ST41	83 1540	62-29* Leu, chole double
ST42	Tin	Tin LEO		10.2-29	5.0
ST43	Lambda	Lamda DRA		11.3-31	4.9-5.0
ST44	88 1567	12 158-11 142	64-16* Leu, chole double
ST45	N	11	11.3-25	11.1-26	3.8
ST46	Evoxy	Ivoxy 78		11.3-26	40.7
ST47	10/2	1592		11.4-27	10.8-28
ST48	Nu	Nu VRI		11.5-29	10.6-29
ST49	Bulldopa	Bulldopa 2		11.5-29	10.6-29
ST40	Beta	Beta IVA		11.5-29	3.9-4.0
ST41	C112	Ostrute H12		11.5-26	11.9-28
ST42	65	1579		11.5-21	10.2-29
ST43	Lipidon	Lipidon CHA		11.5-26	78.2
ST44	10/3	11.03		11.0-26	5.5
ST45	Zeta	Zeta COM		11.04-29	8.0
ST46	Delta	Delta FCR		11.0-27	3.8
ST47	10/4	11.04		11.0-27	6.5
ST48	Lipidon	Lipidon CBV		11.0-31	22.6
ST49	Bremseri 4	Bremser 14		11.1-20	5.7
ST50	Delta	Delta CRU		11.1-31	5.7-28
ST51	P151	2 CVN		11.1-21	4.7-28
ST52	Epidun	Epidun MUC		11.1-28	4.8
ST53	6/67	R CRV		11.1-26	10.3-28
ST54	II	11.06		11.0-26	10.3-28
ST55	C6/5	12.20		12.2-26	17.0
ST56	Epidun	Epidun CRU		12.2-24	40.4
ST57	6/60	Wimmerka 4		12.2-26	10.8-29
ST58	47/37B	12 23.5 40.8/36.3 6
ST59	10/29	Streus 10/39		12.2-24	22.6
ST60	S	5 CLEN		12.2-48	49.4
ST61	S1	11.2-33		12.2-33	40.8-58
ST62	Acryx	Alpha CRC		12.2-38	8.3
ST63	K2/273	3C 273		12.2-31	42.0
ST64	Algothia	Alpha GCV		12.2-31	3.5
ST65	Glia	Gamma CRU		12.2-32	27.1
ST66	6/69	Streus 10/71		12.2-36	11.1
ST67	34	11.3-31		11.3-25	5.5
ST68	Alkina	Alpha MUS		12.3-22	8.8
ST69	ATDBM12	AID 66/12		12.3-27	27.1
ST70	E69	Alpha CUN		12.3-25	3.9
ST71	Aeromia	Gamma CEN		12.3-25	4.9
ST72	Porcini	Gamma VRI		12.3-27	2.4
ST73	Y	12.3-21		12.3-26	7.6
ST74	Sato	Inta CBU		12.3-26	4.1
ST75	Pera	Beta MTIS		12.3-26	8.3
ST76	Idronox	Delta CRU		12.3-27	39.7
ST77	S2	12.2		12.2-27	10.8-29
ST78	S5	1587		12.3-31	21.1-34
ST79	Mlu	Min CRU		12.3-31	57.2
ST80	Delta	Delta YUR		12.3-36	40.5-58
ST81	Cor-Carola	Alpha CVN		12.3-36	3.9
ST82	BY	BT DRA		12.3-36	36.6
ST83	6/69			12.3-37	42.2-58

ST464	Delta	Delu MUS	132.23	71.7	56	8	Sma	bullet
ST465	Theta	Thetla MS	150.81	65.1	57	5.5*	Mva	bullet double
ST466	Theta	Sti Vir 1721	130.99	-95.32	4.4	7	Vir	bullet triple, interrogation
ST467	Alpha		131.00	-17.32	5	8.5*	Com	bullet double, interrogation
ST468	S4		131.34	-38.20	6.8	5*	Vir	bullet double
ST469	S		132.86	-81	4.7	7	Com	bullet double
ST470	Zeta	Maser	132.86	-44.16	2.5	4.6*	Dra	bullet double
ST471	Sprca	Alpha VTR	132.87	-11.21	1	7	Vir	bullet
ST472	O 123		132.71	-64.43	6.7	6.8*	Pva	bullet double, double
ST473	B		132.97	23.17	4	Sellar	Jed	bullet double, double variables
ST474	172b	Sensore 173b	132.35	-36.8	7	6.5*	Com	bullet double
ST475	S		133.38	-7.3	6	7	Vir	bullet double variable
ST476	173b	15 CVN	133.28	-36.5	5	5.8*	Com	bullet double, double, contains of magnitude
ST477	176b	Sensore 176b	133.28	-36.8	7.8	7.8*	Vir	bullet
ST478	Equation		133.99	-53.3	2.5	7	Com	bullet
ST479	I		134.07	-99.97	6.2	5*	Base	bullet double, double, contains of magnitude
ST480	Dunlop H1		134.17	-54.6	5.3	5.5*	Gen	bullet double
ST481	T		134.08	-33.6	5.5	5*	Gen	bullet double, double variables
ST482	Alfaalil	En CMA	134.09	-49.3	4.8	7.4*	Com	bullet
ST483	R		134.11	-37.0	7.6	3.4*	Com	bullet double, interrogation
ST484	2		134.91	-54.5	1.2	7	Com	bullet
ST485	Cypidius		134.95	-15.8	4.1	7	Base	bullet
ST486	3		135.08	-33	4.5	6*	Com	bullet double
ST487	Zeta	Zeta CFN	135.05	-43.3	2.6	5*	Com	bullet
ST488	Deta	Beta CEN	135.08	-60.1	0.6	7	Com	bullet
ST489	Kappa		135.64	-26.7	3.3	7.2*	Com	bullet double, double
ST490	Kappa		135.88	-10.3	4.2	7*	Vir	bullet
ST491	Kappa		135.88	-14.47	6.4	13*	Base	bullet double, double
ST492	181b		135.85	-38.08	7.8	0.8*	Vir	bullet double, interrogation
ST493	Arcurus		135.57	-19.11	9	Sellar	Base	bullet
ST494	LoRa		135.82	-15.4	4.9	3*	Base	bullet double
ST495	R		135.66	-39.5	5.3	7	Com	bullet double, double variables
ST496	Socne 1831		135.68	-20.1	0.1	3.3*	Com	bullet double, double, interrogation
ST497	183		135.26	-20.16	7.6	6*	Vir	bullet double, double, marge, double, double
ST498	Dunlop H2		135.26	-58.5	5	9*	Com	bullet double, double
ST499	183a		135.83	-38.76	6.1	8*	Base	bullet double
ST500	SH 1/3		135.83	-19.08	6.4	3*	Jed	bullet, double
ST501	S		135.78	-29.2	5.3	7	Com	bullet
ST502	Zeta		135.74	-13.44	3.4	7*	Com	bullet double, double variables
ST503	Rhox		135.90	-47.4	5.3	7*	Com	bullet
ST504	h190		135.75	-16.08	5.1	10*	Com	bullet double, contains of magnitude
ST505	Alpha		135.96	-60.39	0	20*	Com	bullet double
ST506	Fl		135.07	-26.4	5	2.6*	Base	bullet double
ST507	pi		135.47	-16.35	4.9	8*	Base	bullet double
ST508	Zeta		135.41	-13.44	3.4	7*	Com	bullet double, interrogation
ST509	Kappa		135.90	-47.4	5.3	7*	Com	bullet double
ST510	q		135.20	-37.8	9	7*	Com	bullet
ST511	Alpha		135.25	-60.5	3.2	10*	Com	bullet double
ST512	ct		135.37	-33.1	4	7*	Com	bullet
ST513	Epsilon		135.88	-17.01	3.4	3*	Base	bullet double, double
ST514	Dunlop 189		135.52	-55.6	6.2	6*	Com	bullet double
ST515	H2		135.60	-25.26	5.2	8*	Base	bullet double
ST516	Alpha		135.49	-29.9	3.4	10*	Com	bullet
ST517	1883		135.69	-20.07	7.6	0.7*	Vir	bullet double, double
ST518	Btu		135.93	-14.09	5.1	2*	Jed	bullet double, double
ST519	39		135.97	-14.45	5.7	2*	Base	bullet double, double
ST520	28		135.83	-28	4.4	7*	Jed	bullet
ST521	Gibson		135.87	-17.62	7.1	7*	Com	bullet double
ST522	Zeno (Gibson)		135.89	-16	4.8	7*	Jed	bullet double
ST523	Xi		135.81	-26.3	5.6	8*	Vir	bullet double
ST524	Pi1		135.81	-26.3	5.6	8*	Jed	bullet double
ST525	Bia		135.82	-36.7	5.6	10*	Com	bullet double, double

S1339	Bia
S1340	Eduardo
S1351	Fl.
S1352	Ludis
S1353	Delita
S1354	Garissa
S1355	Ghanna
S1356	Updown
S1357	Oceana
S1358	1982
S1359	Tun
S1360	Zea
S1361	Alba
S1362	Alba
S1363	R
S1364	Kappa
S1365	R
S1366	Xi
S1367	Riva
S1368	Pichin
S1369	Fi
S1370	F
S1371	R
S1372	Oceari
S1373	Kappa
S1374	Niu
S1375	Delita
S1376	Xi
S1377	R
S1378	S1
S1379	Ozau
S1380	Lunda
S1381	R
S1382	Fi
S1383	F
S1384	Peplem
S1385	Ila
S1386	Smaa
S1387	S1
S1388	Smao
S1389	Xi
S1390	Azuma
S1391	Lunda
S1392	Fi
S1393	Fi
S1394	Peplem
S1395	Xi
S1396	R
S1397	RR
S1398	Kappa
S1399	Xi
S1400	Lupdown
S1401	Bi
S1402	Rice
S1403	Russo
S1404	Delita
S1405	Ghanna
S1406	Smaa
S1407	HIVS
S1408	2173
S1409	Cama
S1410	Updown
S1411	Aba
S1412	Updown
S1413	Xi
S1414	Shaba
S1415	Russo

15.24.5	17.23	4.5	2#	Bouc	bouc triple
15.24.9	29.0	3.5	#	Usc	Usc triple
15.23.2	-16.63	3.5	#
15.24.1	29.0	3.5	#
15.24.3	-21.29	7.5	#	Lib	bouc double, magmatice eqalite
15.24.8	11.05	4	3.9#	Ser	bouc double
Gamma 13P	-41.2	3.8	#	Fup	fup
Gamma 13P	-41.2	4.0	4.0#	Fup	bouc double
Tepelum 13P	-78.1	3.6	3#	Tih	tih double, magmatice
Omega 13P	42.0	4.5	#	Lup	tih rouge d'électrats varietaires
15.24.7	28.47	5.8	12#	Lup	tih double, magmatice eqalite
Tie 13P	-29.8	3.7	2#	Tih	tih
Zeta 13P	-36.6	6.6	6.6#	Cev	tih double
Gamma 13P	-25.6	1.2	0.7#	Cev	tih double, interrogation
Alpha 13P	-10.8	2.7	2#	Cev	tih double
15.24.6	128.09	5.7	Stellur	Gth	tih double, varietaires
Kegyö SPI	-118.1	4.1	#	Se#	tih rouge d'électrats varietaires
RSIR	-15.57	5.2	#	Ser	tih double, varietaires
15.24.9	135.58	5.2	10#	Lup	tih double
Bhu 13CO	-19.2	3.9	#	Soc	tih
Peyson 13CO	-26.9	6.2	#	Cev	tih
PI 13CO	-26.1	2.9	#	Soc	tih
15.24.5	25.55	2	Stellur	Gth	tih double, varietaires
Rikin 21	-38.24	3.8	15#	Tup	tih double, constante de magnitudes
Dila 13CO	-22.6	1.5	#	Soc	tih
16.01.1	-11.22	1.2	1#	Soc	tih double, interrogation
Beta 13CO	-28.4	2.5	#	Soc	tih
Omege 13CO	-38.2	4	1#	Soc	tih
15.08.1	-17.05	5	##	Fer	tih double, varietaires
15.12.0	-19.26	1	1#	Soc	tih quadruple
Dila 13POH	15.14.5	3.7	2#	Oce	fotle
20.2, 17 CO2	-13.52	5.2	2#	Gth	tih double
Dila 13PS	-28.2	4.7	#	Ape	tih double
15.24.7	-25.35	2.12#	1#	Oce	tih double, constante de magnitudes
Rheo 13POH	-23.5	5.5	2.1#	Oce	tih double
V 13POH	-22.4	7.3	#	Oce	tih double, varietaires
Peyson 13POH	-22.4	4.0	2#	Oce	tih double
15.24.7	-22.4	4.0	2#	Oce	tih double, varietaires
ErdRA	-36.6	6.7	#	Oce	tih double, varietaires
15.30.2	-32.55	5.1	3#	Oce	tih double
II 13SCO	-33.3	4.2	#	Soc	tih
Zeta 13POH	-33.3	2.6	#	Oce	fotle
15.24.7	-32.4	5	#	Soc	tih double, varietaires
Zeta 13POH	-33.3	3	1#	He#	tih double, varietaires
Alpha 13SO	-29.4	3.2	7#	Oph	tih
Zeta 13SO	-29.4	3.2	7#	Oph	tih
Eta 13ARA	-29.4	3.2	7#	Ate	fotle
Peyson 13SO	-29.4	3.2	7#	Oph	tih
Mio 13SO	-38	5	#	Soc	tih
20.13RA	-35.0	7.1	1#	Oce	tih double, interrogation
Beta 13SO	-35.0	5.1	#	Soc	tih double, varietaires
Kegyö 13POH	-29.4	3.2	7#	Oph	tih
Zeta 13RA	-36.6	3.1	#	Ate	fotle
ErdRA 13POH	-33.3	4.1	##	Ate	tih double, magmatice eqalit
15.05.5	-34.28	4.9	2#	Oce	tih double, magmatice eqalit
Eta 13POH	-33.3	4.9	2#	Oce	tih double, interrogation
Alpha 13POH	-33.3	4.9	2#	Oce	tih double, magmatice eqalit
Pi 13BER	-31.29	3.2	0#	Oce	tih double, constante de magnitudes
Pi 13BOH	-36.6	3.2	2#	Hec	fotle
15.13.3	-36.36	4.3	3#	Oce	tih double, magmatice eqalit
15.13.4	-36.36	3.2	3#	Oph	tih double, varietaires
Theta 13POH	-22.5	2.5	#	Oce	fotle
20.13, 75 Her	-27.09	4.2	#	Hec	fotle
Alpha 13RA	-27.5	2.9	#	Ate	fotle
Gamma 13RA	-27.5	2.9	2#	Ate	fotle
Sigma 13POH	-20.13	4.3	4#	Oce	fotle
20.139	-19.59	6	2.2#	Ate	fotle
Alpha 13P	-19.59	6	2.2#	Ate	fotle

ST017	Luta total EUR 17.95	460.38	3.8	###	###	###
ST018	Pd.2347 17.95	72.69	4.90	###	###	###
ST019	Pd.2347 17.95	72.69	4.90	###	###	###
ST020	Pd.2347 17.95	72.69	4.90	###	###	###
ST021	Pd.2347 17.95	72.69	4.90	###	###	###
ST022	Y	VCP1	72.69	6	###	###
ST023	X	XTDBA	73.59	3.8	###	###
ST024	Summe	Gamma DBA	73.59	3.8	###	###
ST025	Summe stover		73.59	-	###	###
ST026	Summe stover		73.59	-	###	###
ST027	15001		73.59	30.5	###	###
ST028	2038		73.59	-	###	###
ST029	93		73.59	-	###	###
ST030	150		73.59	-	###	###
ST031	70		73.59	-	###	###
ST032			73.59	-	###	###
ST033	100		73.59	-	###	###
ST034	W		73.59	-	###	###
ST035	Edu		73.59	-	###	###
ST036	Kappa Kappa LTR 18.99	460.38	4.90	###	###	###
ST037	Delta	Delta SGR	460.38	4.90	###	###
ST038	2300		460.38	-	###	###
ST039			460.38	-	###	###
ST040	39		460.38	-	###	###
ST041	21		460.38	-	###	###
ST042	Alpha	Alpha TLI	460.38	-	###	###
ST043	29		460.38	-	###	###
ST044	Lambda	Lambda SGR	460.38	-	###	###
ST045			460.38	-	###	###
ST046	Delta	Delta ELU	460.38	-	###	###
ST047	E	TUR	460.38	-	###	###
ST048	kappa	kappa	460.38	-	###	###
ST049	3348		460.38	-	###	###
ST050	Alpha	Alpha SRT	460.38	-	###	###
ST051	Alpha STD		460.38	-	###	###
ST052	O.350		460.38	-	###	###
ST053	Vega	Alpha Lys	460.38	-	###	###
ST054	X	XOP1	460.38	-	###	###
ST055	UK	HK LSR	460.38	-	###	###
ST056	2398		460.38	-	###	###
ST057	Spiralino		460.38	-	###	###
ST058			460.38	-	###	###
ST059	3474		460.38	-	###	###
ST060	5		460.38	-	###	###
ST061	R		460.38	-	###	###
ST062	Hexa		460.38	-	###	###
ST063	S	SCT	460.38	-	###	###
ST064	2301		460.38	-	###	###
ST065	Continuous		460.38	-	###	###
ST066	Dilaton	Dilaton LYS	460.38	-	###	###
ST067	Ours		460.38	-	###	###
ST068	Sigma	Sigma SGR	460.38	-	###	###
ST069	12	12 LKR	460.38	-	###	###
ST070	Theta	Theta 65 Sec.	460.38	-	###	###
ST071		ΔPS LTR	460.38	-	###	###
ST072	Sigma	Sigma SGR	460.38	-	###	###
ST073	UAV	UV AQL	460.38	-	###	###
ST074			460.38	-	###	###
ST075	Sigma	Sigma SGR	460.38	-	###	###
ST076	Sigma	Sigma SGR	460.38	-	###	###
ST077	Sigma	Sigma SGR	460.38	-	###	###
ST078	Sigma	Sigma SGR	460.38	-	###	###
ST079	Sigma	Sigma SGR	460.38	-	###	###
ST080	R		460.38	-	###	###
ST081	Sigma	Sigma SGR	460.38	-	###	###
ST082	Sigma	Sigma SGR	460.38	-	###	###
ST083	Sigma	Sigma SGR	460.38	-	###	###
ST084	Sigma	Sigma SGR	460.38	-	###	###
ST085	Sigma	Sigma SGR	460.38	-	###	###

63.

ST69 US 19216 176 34 59 Staue du tristre ogne d'elles variouls ST69 BR 18216 164 27 41 Linae la dinatelle variable

ST601	2525	Streue 2525	19.26	-27,8	8,1	2°	Vul	tode double
ST602	B5111	25111	19.27	-31,3	5,7	30°	Tcl	tode double
ST603	Alpha	Alpha VUL	19.28	-24,7	4,4	-	Vcl	tode
ST604	Alpha	Beta CYG	19.30	-36,0	5	35°	Cyp	tode double interquation
ST605	Alpha	MOSL	19.34	-27,4	4,9	-	Aq	tode double
ST606	AQ	AO SGB	19.34	-36,1	9,1	-	Sgt	tode double variautions
ST607	R	R CYS	19.36	50,2	6,1	-	Cry	tode Peltis variations
ST608	L1084	-	19.38	16,34	6,4	28°	Sgt	tode double coxley
ST609	M	SV SGB	19.37	-16,3	5,3	36°	Sgt	tode double
ST609	TT	TT CSG	19.39	-16,6	7,8	-	Org	tode double variable
ST609	TT	TSL SGB	19.41	-16,6	5,2	29°	Cyp	exode double magnitudes equal
ST609	Delta 2079, H CG	-	19.43	-145,8	1,9	2°	Cyp	tode double variautions
ST609	O 191	HV 137	19.45	-350,1	6	39°	Cyp	tode double variautions
ST609	Gamma	Gamma AO	19.46	-10,6	2,7	-	Aq	tode
ST609	17	2590	19.61	-153,4	5	26°	Cyp	tode double contration de magnitude
ST609	Delta Delta SGB	19.47, 114,5	38°	-	-	-	-	tode double variable
ST609	Peplen	-	19.48	-20,18	3,8	8°	Cyp	tode double contration de magnitude
ST609	PDB	PASQI	19.49	-18,8	8,1	14°	Aq	tode double interquation
ST609	Zea	-	19.50	-19,0	5	9°	Sgt	tode double
ST610	Chi	-	19.56	-12,25	3,5	Stella	Cyp	tode double variations
ST611	Alirid	Alpha AGI	19.58	-38,2	3,8	-	Aq	tode
ST612	Bn	FIS AOJ	19.59	-10,0	3,4	-	Aq	tode double variations
ST613	ST	-	19.56	-88,11	5,7	36°	Aq	tode double
ST614	Beta	Beta AQL	19.57	-10,4	5,7	23°	Aq	tode double
ST615	Fh	-	19.58	-12,25	4,9	38°	Cyp	tode double contration de magnitude
ST616	RR	RS SGB	19.59	-29,1	8,3	-	Sgt	tode Peltis variations
ST617	BU	BT SGB	19.67	-11,5	6	-	Sgt	tode double variations
ST618	Gamma	Gamma SGB	19.58	-19,5	3,5	-	Sgt	exode
ST619	BE	BF SGB	20.04	-21,1	8,5	-	Sgt	tode double variations
ST620	B470	-	20.06	-18,19	7,6	29°	Cyp	tode double variations
ST621	X SGB	X SGB	20.07	-20,7	7	-	Sgt	tode double variations
ST622	WZ	92 SGB	20.07	-12,7	7	-	Sgt	tode double variations
ST623	Kappa	2575	20.09	-77,33	1,5	7°	Cyp	tode double contration de magnitude
ST624	Dura	337	20.09	-20,45	8,6	12°	Sgt	tode triple
ST625	BY	RY CSG	20.14	-56,0	8,6	-	Cyp	tode Peltis variations
ST626	FG	TG SGB	20.15	-10,3	9,5	-	Sgt	submule planceanio interquation
ST627	H 204	-	20.16	-10,22	6,8	8°	Cyp	tode double magnitudes equal
ST628	BS	RS CSG	20.17	-18,7	6,5	-	Cyp	tode Peltis variations
ST629	2698	-	20.18	-155,07	7,1	7°	Cyp	tode double
ST630	Domecont	Omicroni CSG	20.18	-66,7	3,8	-	Cyp	tode
ST631	RL	RT CAP	20.17	-21,2	8,9	-	Cyp	tode double variations
ST632	Alpha	Alpha CAP	20.18	-12,1	4,2	44°	Cyp	tode
ST633	RT	RT SGB	20.17	-8,1	-	-	Sgt	tode d'chias variations
ST634	-	-	20.18	-38,03	5	Stella	Cyp	tode d'chias variations
ST635	Alpha	20.18, 12, 32	38°	Caplo exocupulate
ST636	2671	-	20.18,4	155,23	5	4°	Cyp	tode double variable
ST637	U	LVCG	20.18,5	-67,9	5,9	-	Cyp	tode double variable
ST638	Beta	Beta CAP	20.20	-10,8	3,4	3°	Cyp	tode double
ST639	29	39 CSG	20.23	-72,2	3,4	-	Cyp	tode
ST640	Frank	Alpha PACI	20.25	-56,7	3,9	-	Pst	tode double
ST641	pt	-	20.23	-18,15	8,3	3°	Cyp	tode double contration de magnitude
ST642	Orsomenum	SHF 344	20.29	-18,35	8,1	9°	Cyp	tode double
ST643	IS	2710	20.30	-72,18	5,5	3°	Cyp	tode double contration de magnitude
ST644	V	V CSG	20.43	-48,2	7,7	-	Cyp	tode Peltis variations
ST645	Deaneb	Alpha Cys	20.44	-45,7	1,5	-	Cyp	tode double
ST646	Gama	35 CSG	20.47	-80,7	4,2	6°	Cyp	tode double
ST647	Gamma	Streptozoa	20.47	-160,07	4,3	0°	Cyp	tode double
ST648	Lambda	Lambda CSG	20.474	-16,5	4,9	6°	Cyp	tode double interquation
ST649	S	JACR	20.47	-3	4,4	-	Aqy	tode double variations
ST650	SWI	-	20.44	-18,11	6,7	18°	Cyp	tode double
ST651	4	AQR	20.54	-5,6	6,4	28°	Aqy	tode double interquation
ST652	Omea Cap	Omega CAP	20.58	-20,5	4,1	-	Cyp	tode double
ST653	Lem	Lampro CSG	20.60	-94,18	5,2	2°	Cyp	tode triple interquation
ST654	ST24	Streptozoa 24	20.61	-18,63	8,1	18°	Cyp	tode double interquation
ST655	S	TSL 24	20.62	-47,11	7,5	3°	Pstp	tode double magnitudes equal
ST656	Dunlop236	Dunlop 236	20.62	-13	6	37°	Mstp	tode double
ST657	Lambula	Lambula EQU	20.62	107,2	7,4	3°	Equi	tode double
ST658	32	-	20.61	-33,49	3,9	3°	Aqy	tode double interquation
ST659	30	X CSG	20.69	-43,9	3,7	-	Cyp	tode double
ST660	IS	2735	20.70	-39,39	5,2	29°	Cyp	tode double
ST661	24	24 CAF	20.71	25	4,5	-	Cap	submule planceanio interquation
ST662	T	T CPG	20.76	-68,9	8,2	-	Cyp	tode double variations
ST663	Gamma	Gamma EQU	20.76	-10,1	4,7	6°	Pstp	tode double

ST174	2780	Sourve 2759	2111.8	660	5.8	3.0	Cep	école double integération
ST175	Delta	2114.5	2000	46	48	4#	Aqp	école double, compteur des magnitudes
ST176	Therai	2119.9	25.5	5.5	6	Ind	école double
ST177	RY	RY AGR	2120.3	-10.8	0	*	Aqr	école d'électris variables
ST178	Y	Y PW	2124.3	89.7	8.6	*	Pur	école d'électris variables
ST179	Naka	2126.3	210.8	5.3	5.3	3#	Cep	école double, compteur des magnitudes
ST178.5	3	21 55.2, 43.75, 44.56 Salaré double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdoubleroupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble ruppdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup doubleroup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double ruppdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roup double roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdoubleroupdoubleroupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble roupdouble rougude double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup Double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double wizie double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roupDouble roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double loup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double rougude double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roupdouble roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double wiziedouble roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoubleroupdoublerougude double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup doubleroupdoubleroupdoubleroupdoublerougude double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roupdoubleroupdoublerougude double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup doubleroupdoublerougude double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roupdoublerougude double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup doublerougude double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roupdoublerougude double ruppdoublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougudedoublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doublerougude doubleroug rude 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2105 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2104 2104 2104 2104 2104 2104 2104 2104 2104 2104 2104 2104 2104 2104 2104 2104 2104 2104 2104 2104 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2105 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2108 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2108 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2109 2106 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2106 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2107 2108 2107 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2109 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2107 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2107 2107 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2107 2108 2107 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2107 2107 2108 2107 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2107 2107 2108 2107 2107 2108 2107 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2107 2107 2108 2107 2108 2107 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2107 2108 2108 2108 2107 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2107 2108 2107 2108 2107 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2107 2108 2108 2108 2108 2107 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2107 2108 2108 2107 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2107 2108 2108 2107 2108 2107 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2107 2107 2107 2108 2107 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2108 2107 2108 2107 2108 2107 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2107 2108 2107 2108 2107 2108 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2108 2107 2108 2107 2108 2107 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2108 2107 2108 2107 2108 2107 2108 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2107 2108 2107 2108 2107 2108 2107 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2108 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2107 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2108 2108 2107 2108 2107 2108 2107 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2107 2108 2107 2108 2107 2108 2107 2108 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2108 2107 2108 2107 2108 2107 2108 2107 2107 2108 2107 2108 2107 2108 2107 2108 2107 2108 2107 2107 2108 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2107 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2106 2107 2108	Coup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roulde roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double,roup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleroup doubleruppe	Coup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roup double roupdoublerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulerougideulesguesrugideulesguesrugideulesguesrugideulesguesrugideulesguesrugideulesguesrugideulesguesrugideulesguesrugideulesguesrugideulesguesrugideulesguesrugideulesguesrugideulesguesrugideulesguesrugideulesguesrugideulesguesrugideulesguesrugideulesggesrugideulesggesrugideulesggesrugideulesggesrugideulesggesrugideulesggesrugideulesggesrugideulesggesrugideulesggesrugideulesggesrugideulesggesrugideulesggesrugideulesggesrugideulesggesrugideulesggesrugideulesggesrugideulesggesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidealesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrugidelesguesrUGIDELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELLELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELENDELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELEREGUELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELLLELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELE.LELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELEYELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELELEDILELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELE LIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIELELIIIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIELIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LIE LLIE LIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LIE LLIE LLIE LLIE LIE LLIE LLIE LLIE LLIE 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LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LIE LLIE LLIE LLIE LLIE LLIE LIE LLIE LIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LIE LLIE LLIE LLIE LIE LLIE LLIE LLIE LIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LLIE LIE LLIE LLIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LLIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIE LIELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI EELLIL ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI ELLI

NOTES

68.

SPACE STATION

tasco®

CÓMOSENFOCAELTELESCOPIO

JUPITERfifth planet from sun.

Largest planet in solar system

16 moons,Orbit is 11.86 years

Diameter 143,000 km. Named for roman king of gods, dioses.

83.

241067 10645

Cómo SE USA EL SpaceStation POR PRIMERA VEZ CONTINUÁSION

ST47 No. Na1M6 113.5 -3.5

ST48 19A-0138 10"

57098432 1123.1 -55 51

100 11239 105

ST10T

10

18 13281426

ST+1N 1323-216

ST=6 1=c23 133.6 -10.5

ST7 183 134.7 -6

SI428 No NvR 1145.9 06.5 4

ST29P 143421

101 113 1136

1578 11351-4626

5123 lpsion 158.6 -782

ST24 63 1208-0228 87

ST+20Zn1 72aCOM 1243 8 ST+15 DnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDnDn

1121116

1528 1239-110-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06-06

152900000000000000000000000000000000000000000000000000000000000000000000000

ST30 Delta 1215-967 2.6

2CVN1216.1+4076

142 100

ST301R 1246-93.8K 57

2165 13285 479

ST436 Epslen 122.4 0.4 2.6

Vinnr4 1522-809 9

174 1235456789101123456789

ST+0S 5CEN13246484

5 12.23 +048

ST42 A1pH CnC 13.26.8 -3.1

30.271 1228.1 +020 12

1259 137

G 13.52 57.1 5

ST14724 17321-1822

5148 Alpha MUs 1237.2 68.1 27

ST49 ADS812 AD5612 1337-27.5

ST40169 1243-50153 TEL:

101 1

1002 13.54

1 47

ST+10 F#n 12438

ST56 Minno 10000000000000000000000000000000000000000000

1894 1248.5 35
107 1111 214

1028 12365 2144 31 S128Mn 13346-73.1

12018 1356

ST41 CorCarol Alpha CVN 1256.0 383

ST-2 RY TYD8 13.64 +60 6.8

ST463 659 12.53.7 -2728 8.8

94.

ST464	Delta	Delu MUS	130.23	75.5	5.8	F	Max	estella
ST465	Theta	Theta LMS	208.81	65.1	5.7	5.5*	Max	estella double
ST466	Theta	St Vic. U721	209.99	-59.32	4.1	7*	Vir	rete de estrella triple
ST467	Alpha		151.00	-17.32	5	8.5*	Com	rete de estrella double
ST468	S		151.34	-18.30	6.4	5*	Vir	estella double
ST469	L	CFR	152.86	-81.46	4.2	7*	Com	estella double
ST470	Zeta	Maser	152.99	-94.06	2.9	4*	Com	estella double
ST471	Sprca	Alpha VTR	157.92	-11.31	1	1*	Vir	estella
ST472	O 123		157.71	-64.45	6.7	8*	Cm	estella double de color
ST473	R		158.97	23.37	9	Stellum	L3d	estella variable
ST474	Bn	Sensore L33	158.33	-16.8	7	1.5*	Com	estella double
ST475	S	SVR	158.33	-7.0	1	Vir	vir	estella variable
ST476		25 CVN	158.33	-3.5	5	1.8*	Com	centrale de magazin de estella double
ST477	1763	Sensore L263	158.33	-7.9	7.9	1.8*	Com	estella double
ST478	Epsilon	Epismu CTN	158.39	-53.3	2.5	*	Com	estella
ST479	I	1772	158.39	-19.07	8.2	5*	Boo	centrale, magazin de estella double
ST480	Dunlop H41	Dunlop L11	158.47	-54.6	5.3	2.5*	Com	estella double
ST481	T	T CEN	158.47	-50.6	5.3	*	Com	estella variable
ST482	AlfaH	En CMA	158.47	-49.3	1.9	*	Com	estella
ST483		Spera L33	158.47	-49.3	7.6	3.4*	Boo	centrale de magazin de estella double
ST484	2	L CEN	158.47	-54.5	1.2	*	Com	estella
ST485	Cyplax	Upalam DOO	158.49	-12.8	4.1	*	Boo	estella
ST486	3	CPCN	158.49	-33	4.5	8*	Com	estella double
ST487	Zea	Zea CFN	158.50	-47.3	2.6	8*	Com	estella
ST488	Beta	Beta CEN	158.50	-60.1	0.6	*	Com	estella
ST489		PIIITA	158.64	-26.7	3.5	*	Com	estella
ST490	Kappa	Kappa VTR	158.64	-10.4	4.2	*	Vr	estella
ST491	Kappa		158.64	-54.47	6.4	13*	Boo	estella double de color
ST492	B199		158.64	-39.08	7.8	0.8*	Vor	rete de estrella double
ST493	Arcturus	Alpha Boe	158.64	-39.11	0	Stellar	Boe	estella
ST494	Loa	Iota BOCO	158.64	-12.4	4.9	3*	Boe	estella double
ST495	R	R CEN	158.64	-58.9	5.3	*	Com	estella variable
ST496		Spera L33	158.64	-48.6	8.1	1.3*	Boo	estella double de color
ST497	B33		158.64	-97.06	7.6	5*	Vor	estella double de imul magnific
ST498	Dunlop H59		158.64	-58.5	5	9*	Com	estella double de color
ST499	183i		158.64	-38.76	5.1	8*	Boo	estella double
ST500	SHT 1/3		158.64	-19.48	6.4	5*	Vor	estella double
ST501	S	SCM	158.64	-23.2	1.3	*	Com	estella
ST502	Ponima		158.64	-24.99	10.7	*	Com	estella variable
ST503	Rho	Rho BOCO	158.64	-28.8	3.6	*	Vor	estella
ST504	B199i		158.64	-16.08	5.1	1*	Vor	centrale de magazin de estella double
ST505	Alpha	Alpha Sentiama	158.64	-60.30	0	20*	Com	estella double
ST506	Fl	PII BOO	158.64	-16.4	5	5.6*	Boo	estella double
ST507	pi	1864	158.64	-16.25	4.9	8*	Boo	estella double
ST508	Zea		158.64	-13.44	3.8	*	Boo	rete de estrella double
ST509	pH	Alpha TIP	158.64	-17.4	2.3	*	Lab	estella double
ST510	q	pQ CN	158.64	-27.8	0	*	Com	estella
ST511	Alpha	Alpha CIR	158.64	-63	3.2	1*	Cir	estella double
ST512	et	c CPN	158.64	-39.1	1	*	Com	estella
ST513	Epsilon	Iber	158.64	-17.04	3.4	3*	Boo	estella double de color
ST514	Dunlop L10	Dunlop L10	158.64	-55.6	6.2	0*	Cir	estella double
ST515	H2	H2	158.64	-25.26	5.2	0.1*	Com	estella double
ST516	Alpha	Alpha APS	158.64	-29.9	3.8	10*	Aps	estella
ST517	1883		158.64	-29.07	7.6	0.2*	Vor	rete de estrella double
ST518	Bz		158.64	-14.09	5.1	2*	Lab	rete de estrella double
ST519	39		158.64	-48.45	5.7	7*	Boo	estella double
ST520	28	MILTA	158.64	20	4.6	*	Vor	estella
ST521	Gibba	Beta DMT	158.64	-7.42	2.1	*	Com	estella double
ST522	Zeno (grombi)	Alpha LTB	158.64	-10	1.8	1*	Lab	estella double
ST523	XI	27 Boo	158.64	-29.06	4.6	7*	Boo	estella double de color
ST524	H471E	H471B	158.64	-42.9	8	3.4*	Lab	estella double
ST525	33 H 28	eurodouble
ST526	Beta		158.64	-43.1	2.6	*	Lab	estella
ST527	Fl	PIOCT	158.64	-83.2	5.7	10*	Ocr	estella variable
ST528	S	PIOCT	158.64	-83.2	4.8	2.5*	Boo	estella double
ST529	Sigma	Sigma IB	158.64	-25.53	3.2	1*	Lab	estella variable
ST530	Dunlop L88		158.64	-15.33	6.2	3*	Lab	estella double
ST531	Kappa LBP	Kappa LBP	158.64	-18.97	3.9	2*	Lab	estella double
ST532	X	XTRA	158.64	70.1	8.1	*	Vor	estella variable
ST533	192		158.64	-26.00	6.6	1.5*	Cir	rete de estrella double
ST534	Bz	Mu LTP	158.64	-15.79	5.1	1.2*	Lab	rete de estrella double
ST535	Bz	SMBL	158.64	-18.26	7	1*	Ncr	estella variable
ST536	S	SCRB	158.64	-71.4	5.8	*	Cbr	estella variable
ST537	Phi1	Phi TIP	158.64	-36.3	5.6	30*	Lab	estella
ST538	Bu		158.64	-36.7	3.6	10*	GBr	rete de estrella double

S1539	Ma
S1540	Edwards
S1541	P
S1542	Lolal25
S1543	Dutta
S1544	Hil
S1545	Hil
S1546	Hil/88
S1546	Upkun
S1547	Coseca
S1548	1862
S1549	En
S1550	Gama
S1551	Gamma
S1552	Alpha
S1553	R
S1554	Kappa
S1555	R
S1556	Xi
S1557	R
S1558	Epilon
S1559	F
S1560	E
S1561	Fis
S1562	Dha
S1563	Ghatai
S1564	Ghatla
S1565	Cesari
S1566	Kappa
S1567	Nu
S1568	Delta
S1569	Sigma
S1570	Mia
S1571	Sigma
S1572	Bic
S1573	V
S1574	Fjellum
S1575	Ha
S1576	Edu
S1577	Antarss
S1578	Lambda
S1579	F
S1580	I6
S1581	Li
S1582	Zea
S1583	SI
S1584	Zea
S1585	RR
S1586	Kappa
S1587	Zara
S1588	Beta
S1589	Beta
S1590	Sigma
S1591	bVS
S1592	bVS
S1593	Idra
S1594	Idra
S1595	Upkun
S1596	Upkun
S1597	Upkun
S1598	Upkun
S1599	Upkun
S1600	Upkun
S1601	Upkun
S1602	Upkun
S1603	Upkun
S1604	Upkun
S1605	Upkun
S1606	Upkun
S1607	Upkun
S1608	Upkun
S1609	Upkun
S1610	Upkun
S1611	Upkun
S1612	Upkun
S1613	Upkun

Lambur HER	15.24.5	17.37.1	4.3	2"	Bos	estella tajita
	15.24.9	15.00	5.5	"	Dra	estrella
Iota URA	15.26.9	11.11.1	8.85.1	"	Lib	estella colebde gual magnútud
Delia SER	15.34.8	11.03.3	4.3	3"	Sar	estella colebde
Gemma URA	15.35.1	-41.2	2.8	"	Lup	estrella
Alpha SER	15.35.4	-49.1	4.0	3"	Sar	estella colebde
Tipulera URA	15.35.6	-78.1	3.6	3"	Lup	estella colebde oceer
Omega URA	15.35.1	42.0	4.3	"	Lup	estella variabla seda
	15.35.7	-69.47	5.8	12"	Lib	estella colebde gual magnútud
Tara URA	15.35.7	-29.8	3.7	3"	Lup	estrella
Zeta CRB	15.35.1	-46.6	5.6	6"	Cry	estella colebde
Gemma CRB	15.35.1	-26.5	4.2	6"	Cry	rote de estella colebde
Alpha SER	15.35.4	-10.64	2.7	"	Sar	estella
	15.35.6	-128.09	5.7	Stellae	CRB	estella variabla seda
Kayaepi SPI	15.35.7	-18.1	4.1	"	Ser	estella variabla
RSLR	15.35.7	-15.51	5.2	"	Ser	estella variabla
	15.35.9	-15.58	5.2	10"	Lup	estella colebde
Bhu SCD	15.35.9	-29.3	5.9	"	Ser	estella
Pylaster CRB	15.35.6	-26.6	4.2	"	Ser	estella
PI SCD	15.35.9	-26.1	2.9	"	Ser	estella
	15.35.5	-125.35	1	Stellae	CRB	estella variabla
Ranl SR	15.35.1	-38.24	3.8	15"	Lup	simultaneous magenta cedrata bidenta
Delia SCDU	15.35.3	-32.6	2.3	"	Ser	estella
	15.35.1	-11.22	4.2	1"	Sao	rote de estella colebde
Beta SCD	15.35.4	-19.8	2.5	"	Sao	estella
Ongui SCD	15.35.4	-18.1	4.4	3"	Sao	estella
	15.35.1	-17.03	5	3"	Fer	estella colebde roceer
	15.35.8	-9.78	1	"	Sao	estella cedrilpule
Delia OPH	15.34.5	3.7	2.7	"	Och	estella
2202, 17 CBA	15.34.7	-33.52	5.2	7"	CRB	estella colebde
Delia APS	15.35.5	78.7	4.7	"	Ape	estella colebde
Beta SCD	15.35.4	-25.55	2.9	"	Sao	estella
Rho OPH	15.35.6	-23.5	5.3	3"	Och	estella colebde
V OPH	15.35.7	-12.4	7.3	"	Och	estella variabla
Pylaster NDR	15.35.1	-47.6	4.8	3"	Nar	estella colebde
Iana TBA	15.35.9	-44.1	8.3	3"	Tae	estella colebde
Strawy SCD	15.35.9	-46.1	7.7	1"	Fer	estella colebde
Alpha SCD	15.35.4	-26.4	1	"	Sao	rote de estella colebde
Lamda OPHU	15.35.1	-62.0	4.2	3"	Sao	estella colebde
E DRA	15.35.7	-46.6	6.7	"	Dz	estella variabla
	15.35.2	-52.35	5.1	"	Dz	estella colebde
	15.35.1	-55.3	4.2	"	Sao	estella
Zeta OPH	15.35.2	-10.6	2.8	"	Och	estella
92 SCBD	15.35.8	-26.4	8	"	Sao	estella variabla
Pylaster OPHU	15.35.1	-31.6	5.1	1"	Fer	estella colebde roceer
Beta SCA	15.35.7	-69	1.9	"	Dz	estella
Eta ARA	15.35.8	39	3.8	"	Anu	estella
Pylaster SCDU	15.35.2	-33.3	3.3	"	Sao	estella
Mio SCDU	15.35.3	-38	1	"	Sao	estella
20 DRA	15.35.1	-65.0	7.1	1"	Dz	rote de estella colebde
Beta OPHU	15.35.6	-30.8	5.1	"	Sao	estella variabla
Kayaepi OPHU	15.35.7	-69.4	8.2	"	Och	estella
Beta ARA	15.35.8	-36.1	3.1	"	Anu	estella
Lysenda ARA	15.35.9	-53.2	1.1	3"	Anu	estella
	15.35.3	-54.28	4.9	2"	Dz	estella colebde gual magnútud
Eta OPHU	15.35.4	-15.7	2.4	6"	Och	rote de estella colebde
Alpha HTR	15.35.1	-11.16	3.1	"	Fer	estella colebde
	15.35.9	-71.90	3.2	10"	Fer	estella colebde
PI LIER	15.35.9	-15.68	1.2	7"	Lar	estella
	15.35.3	-26.36	4.3	3"	Och	estella colebde gual magnútud
	15.35.9	-29.17	5.2	10"	Och	estella colebde
Theta OPHU	15.35.1	-25	3.5	"	Och	estella
	15.35.2	-17.09	4.2	4"	Lar	estella
	15.35.4	-25.5	2.8	"	Anu	estella
Gemma OPAU	15.35.1	-26.1	3.3	"	Anu	estella
Sigma OPHU	15.35.5	-40.4	4.3	4"	Och	estella
	15.35.9	-15.9	6.2	2"	Anu	estella
	15.35.4	-11.04	6.1	2"	Och	rote de estella colebde
Lamda HER	15.35.7	-26.11	4.4 " Her estella
Upson SCD	15.35.9	-37.3	2.7		Seo	estella
Alpha ARA	15.35.1	-38.24	5		Anu	estella
	15.35.2	-15.11	4.9	62"	Dz	estella colebde gual magnútud
Lamda SCDY	15.35.6	-37.1	1.8	3"	Sao	estella
Alpha Oph	15.35.9	-12.34	2.1		Och	estella

SIE LAUFEN GEFAHR, SICH EINE SCHWERE

WO SOLL ICH ANFANGEN?

JUPITER fifth Planet from sun.
Largest Planet in solar system.
16 moons. Orbit is 11.86 years. Diameter 145,000 km. Hamed for roman king of gods.

117.

RA1915,DEC60,237
A2Z280RLT162LVR

JUELTERfifth planet from sun.

Largest Planet in solar system, 16 months. orbit is 11.86 years.

Diamster 153,999 km, filled for ronen king of 998

151.

PRIMO UTILIZZO DI SpaceStation CONTINUAZIONE

Time (min)

12.32

12.57

12.97

13.27

13.67

13.97

14.27

14.57

14.87

15.07

15.37

15.67

15.97

16.27

16.57

16.87

17.07

17.37

17.67

17.97

18.17

18.37

18.67

18.97

19.27

19.57

19.87

20.07

20.37

20.67

20.97

21.07

21.37

21.67

21.97

22.17

22.37

22.67

22.97

23.07

23.37

23.67

23.97

24.07

24.37

24.57

24.87

25.07

25.37

25.67

25.97

26.07

26.37

26.57

26.87

27.07

27.37

27.67

27.97

28.07

28.37

28.67

28.97

29.07

29.37

29.57

29.87

30.07

30.37

30.67

30.97

31.07

31.37

31.67

31.87

32.07

32.37

32.67

32.97

33.07

33.37

33.67

33.97

34.07

34.37

34.57

34.87

35.07

35.37

35.67

35.97

36.07

36.37

36.57

36.87

37.07

37.37

37.67

37.97

38.07

38.37

38.67

38.97

39.07

39.37

39.57

39.87

40.07

40.37

40.57

40.87

41.07

41.37

41.67

41.87

42.07

42.37

42.57

42.87

43.07

43.37

43.57

43.87

44.07

44.37

44.57

44.87

45.07

45.37

45.67

45.87

46.07

46.37

46.57

46.87

47.07

47.37

47.67

47.97

48.07

48.37

48.57

48.87

49.07

49.37

49.57

49.87

50.07

50.37

50.67

50.87

50.17

50.37

50.67

50.87

50.17

50.37

50.67

50.87

50.17

50.37

50.67

50.87

50.17

50.37

50.67

50.87

50.17

51.07

51.37

51.67

51.87

51.17

51.37

51.67

51.87

51.17

51.37

51.67

51.87

51.17

51.37

51.67

51.87

51.17

51.37

51.67

51.87

51.17

52.07

52.37

52.67

52.97

53.07

53.37

53.67

53.87

53.17

53.37

53.67

53.87

53.17

53.67

53.87

53.17

53.37

53.67

53.87

53.17

53.37

53.67

53.87

53.17

53.37

53.67

53.87

53.17

53.37

53.67

53.87

53.17

53.37

51.07

51.37

51.37

51.67

51.87

51.17

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

52.07

52.37

52.67

52.97

53.07

53.37

53.67

53.87

53.17

53.37

53.67

53.17

53.37

53.67

53.17

53.37

53.67

53.17

53.37

53.67

53.17

53.37

53.67

53.17

53.37

53.67

53.17

51.07

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

50.07

50.17

50.37

50.37

50.17

50.37

50.17

50.37

50.17

50.37

50.17

50.37

50.17

50.37

50.17

50.37

50.17

50.37

50.17

50.37

50.17

51.07

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37 (1)

51.07

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51. (2)

51.07

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

50.07

51.07

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

50. (3)

51.07

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

52.07

51.07

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37 (4)

51.07

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

5 (5)

51.07

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

54.07

52.07

52.37

52.67

52.97

53.07

53.17

53.37

53.67

53.17

53.37

53.67

53.17

53.37

53.67

53.17

51.07

51.37

51.37

51.37

51.37 (6)

51.07

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

53.07

52.07

52.37

52.67

52.97

53.07

53.17

51.07

51.37

51.37

51.37 (7)

51.07

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

51.37

58.07

52.07

52.37

52.67

52.97

53.07

53.17

53.37

53.67

53.17

51.07

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51.37 (8)

51.07

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51.37

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51.37

56.07

52.07

52.37

52.67

52.97

53.07

53.17

51.07

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51.07

51.37

51.37

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51.37

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59.07

52.07

52.37

52.67

52.97

53.07

53.17

51.07

51.37

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51.07

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51.37

55.07

52.07

52.37

52.67

52.97

53.07

53.17

51.07

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MANUAL DE INSTRUÇões PORTUGUES

LIT.#: 9303350505

171.

CONCECTEOS ACCESSORIES FINALS DOTELESCOPIO

1. Enlalca la buacadora de pondo vermeio. Para os teculosórcos reflectores: refecas para fáciso da buacadora do tubo de teculosópio principal. Colecico o comunito da buacadora sobre sus parafisios de fáciso e ecologique as parcas de aperto de myo ans parafisios de montagem da buacadora. NOTEA: A extremidade grande da buacadora deva estar vialada para a extremidade aberta do tubo do telesópio.
2. Conecte a ocular de haira potencia. Para modallos dc telesopios reflectores insira a ocular de boia potencia no meecanismo de localization afroundando su paradoxo de ajuste c inscindo-a totalmente.

SELEÇÃO DA OCULAR

Once we've begun to consider a observation turn ocular menen pointo, que mece caso e a kente de 20 nm. Nota: a potencia bica de caia ocular e determinada por distancia fecal da lenta ojetiva do telescopio. Pece se use a urna formulae para determinar a potencia de cada ocular: distancia fecal da lenta ORTEVIUS do telescopio dividua pelteia fecal da CX-13AR = AMPLACOC (por feca) e a potencia de cieca ocular do telescopio é a potencia aplicacion. 790mm / 20 - 38m anopie (pontecorra 38). A distancia fecto de differentes modelos de telescopios varia.

Es telescoipio inclui uns kote Barlow. As kote Barlow sio osuado para duplal ou triplica a potecia do telescoipio. Colecao a lente Barlow eou tulo de focalization o acolor. Usoando o example aina, a lente Barlow 3x formercia um amplificacao total 11fx on amplification [potencia] 114. 38x3 = 114 on amplification (potencia) 114). O calculo da amplificacao tera a segunte aparrencia: 750 mm20mm amplificacao [potencia] 38. 38x3 = amplificacao (potencia) 114.

176.

127-176

JUPLTERfifth planet from sun

Largest planet in solar system.
16 moons. Orbit is 11.86 years.
Diameter 143,000 km. Named for roman king of gods.

185.

COMO USAR O SpaceStation PELA PRIMEIRA VZ CONTINUACAO

Andromeda Andromeda (And)

Antila-Maquina Pneumatica (Ant)

Apus-Ave do Paraiso (Aps)

Aquarius - Aquirio (Aqr)

Aquila-Aguia(Aql)

Ara - Altar (Ara)

Aries Aries (Carneiro) (Ari)

Auriga-Cocheiro (Aur)

IHerules - IHerules (Hert)

Horolium-Belogia (Hurl)

DPC-DECUNACAU (grans)

MAG-MAGNTITUDE

PAMANHO

CON=CONSHTAXAC

CATALOGOMESSIER

CATALOGO GRESSIER MDD1	NOMINE RE	DATE DE ACESSORIES	NOC. 992-05-34	S.N	S.NO	TAN NO.	VARIETY OF ITEMS
MDD2	NOC. 7089	21/305	208	6	7	Aqp	algemanoed globulal allantone rostrale
MDD3	NOC. 5572	15/422	-204,8	6	10a	Cm	algemanoed globulal allantone rostrale
MDD4	NOC. 5573	15/422	-204,8	5,9	10b	Ser	algemanoed globulal allantone rostrale
MDD5	NOC. 5591	15/186	-203,1	62	11c	Ser	algemanoed globulal allantone rostrale
MDD6	bordeletta	17/401	222,2	46	25d	Sso	algemanoed obtecto rosc
MDD7	NOC. 6473	17/399	-203,3	5	1e	Sen	algemanoed shetty brithioz ziflioni
MDD8	Ligao	18/058	-204,5	5	60f	Srp	metodola con potenza e agglomerato
MDD9	NOC. 6523	17/397	10,2	8	Oph	algemanoed globulal otofoide
MDD10	NOC. 6254	16/571	4,1	7	8g	Oth	algemanoed globulal allantone rostrale
MDI1	patolo sappagam	18/011	-6,8	63	12h	Ssp	algemanoed obtecto doce
MDI2	NOC. 6218	16/472	2	0	10i	Otoe	algemanoed globulal allantone rostrale
MDI3	NOC. 6205	16/417	-16,7	5,7	12j	Hir	algemanoed globulal allantone rostrale
MDI4	NOC. 6206	17/397	-16,7	5	8k	Otoe	algemanoed globulal roto
MDI5	NOC. 7078	18/300	-16,2	6,3	10l	Fsp	algemanoed globulal allantone rostrale
MDI6	Agua	18/188	13,8	6	7m	Serp	algemanoa con potenza e algemano
MDI7	Clase	18/018	-16,3	6	43n	Srp	reduzala
MDI8	NOC. 6613	18/199	-17,1	8	7o	Srp	algemanoed obtecto brilbiano z'effet
MDI9	NOC. 6709	17/399	-16,3	7	Otoe	algemanoed globulal
MDI10	NOC. 6514	18/026	-15,9	6,3	12p	Serp	algemanoed obtecto poria
MDI11	NOC. 6535	18/046	-13,3	7	10q	Srp	algemanoed obtecto rosc
MDI12	NOC. 6656	18/360	-13,9	6	18r	Srp	algemanoed globulal allantone rostrale
MDI13	NOC. 6494	17/506	19,9	7,9	50s	Srp	algemanoed obtecto doce
MDI14	quasiuna nucovi eridai	18/026	-18,2	9	12t	Srp	algemanoed obtecto roto
MDI15	IC 1725	18/316	-19,1	6	10u	Srp	algemanoed obtecto doce
MDI16	NOC. 6694	18/052	9,5	9,9	9t	Srp	algemanoed obtecto roto
MDI17	Dunaliel	18/596	-22,7	8	8v	Val	algemanoa plueccaria irregular
MDI18	NOC. 6628	18/245	-24,9	8	8g	Srp	algemanoed globulal allantone rostrale
MDI19	NOC. 6709	18/245	-24,9	8	Ctg	algemanoed obtecto brilbiano z'effet
MDI20	NOC. 7099	21/404	-23,2	8	Gh	algemanoed globulal allantone rostrale
MDI31	Granite Galicia de Asunción	18/047	-24,3	4,4	3#	Ami	galimetrica alveolata,posteana,comida
MIRBIA
MDI32	Cunatente	18/037	-40,9	8,2	6f	Amd	galima redazra cam sviofo brilbiano
MDI33	NOC. 5988	18/339	-30,7	5,7	60j	Llr	cutura del potasca repia,comos redizbanas
MDI34	NOC. 6039	18/420	-42,8	5,9	30k	Fsp	algemanoed obtecto roto
MDI35	NOC. 2168	18/089	-30,3	5,1	30l	Germ	algemanoed obtecto roto
MDI36	NOC. 1960	18/391	-30,3	6,1	12j	Aur	algemanoed obtecto roto
MDI37	NOC. 2099	18/524	-22,8	5,0	24j	Aur	algemanoed obtecto doce
MDI38	NOC. 1917	18/394	-22,8	5,1	Aur	algemanoed obtecto roto
MDI39	NOC. 7092	21/322	-18,4	5,9	30j	Org	algemanoed obtecto brilbiano z'effet
MDI40	Wainieke4	18/199	-20,3	9,9	50k	UMc	estela birria
MDI41	NOC. 2287	18/470	-20,7	4,3	30l	Cama	algemanoed obtecto doce
MDI42	Granada Reduzan de Orce	19/08	-20,5	6	7j	Ort	reduzala
MDI43	NOC. 2282	18/352	-25,3	9	10k	Otoe	algemanoed allantone com potaia
MDI44	Colchia	18/033	-20,0	5,1	13l	Cm	algemanoed obtecto brilbiano z'effet
MDI45	Pintada	18/470	-24,1	1,3	1,0l	Tea	algemanoed difluda de estrada
MDI46	NOC. 2452	18/318	-18,3	6,1	12j	Fsp	algemanoed obtecto roto
MDI47	NOC. 2422	18/386	-14,3	4,4	30j	Fsp	algemanoed obtecto roto
MDI48	NOC. 2423	18/386	-14,3	4,4	30j	Fsp	algemanoed obtecto roto
MDI49	NOC. 1473	18/298	-20,0	8,3	6j	Vor	galima redazra com sviofo brilbiano
MDI50	NOC. 2521	18/052	-8,3	6	10k	Otoe	algemanoed obtecto roto
MDI51	Redimolino	18/599	-47,2	8,1	11l	Cru	estuta de gazeta respizi,composibilità mezzo
MDI52	NOC. 7654	18/512	-44,0	7	13j	Cru	algemanoed obtecto roto
MDI53	NOC. 7655	18/352	-44,0	8,2	10k	Udo	algemanoed globulal allantone rostrale
MDI54	NOC. 6715	18/551	-30,5	9,9	6k	Ssp	algemanoed globulal allantone rostrale
MDI55	NOC. 8090	19/400	31,1	7,1	13l	Ssp	algemanoed globulal allantone rostrale
MDI56	NOC. 6779	19/166	-30,2	8,1	5l	Irt	algemanoed globulal allantone rostrale
MDI57	And	19/536	-15,0	9,9	80l	Irt	metodola splendora do and emis central
MDI58	NOC. 6720	22/420	-21,4	9,1	90l	Irt	galima redazra com potaia redizbanas
MDI59	NOC. 4621	22/420	-11,0	9,0	2l	Vor	galima aulopada com potaia brilbiana
MDI60	NOC. 1645	22/437	-11,6	8,8	3,0l	Vor	galima saludita com potaia brilbiana

189.

6000184534

CATALOGO DE ESTRELAS

Mol###	No.	Name	Mass	Formula	Unit	Symbol	Unit
MgO 4203	12.215	104.57	V	estab#tion de galilaia copie#	cm	kg/mole	kg/mole
MgO 6268	170.12	-36.5	V	op#	cm	kg/mole	kg/mole
MgO 5955	171.04	-36.5	V	op#	cm	kg/mole	kg/mole
MgO 5955	171.04	-36.5	V	op#	cm	kg/mole	kg/mole
MgO 5955	171.04	-36.5	V	op#	cm	kg/mole	kg/mole
MgO 5955	171.04	-36.5	V	op#	cm	kg/mole	kg/mole
MgO 5955	171.04	-36.5	V	op#	cm	kg/mole	kg/mole
MgO 5955	171.04	12.56	V	op#	cm	kg/mole	kg/mole
MgO 5955	171.04	12.56	V	op#	cm	kg/mole	kg/mole
MgO 5955	171.04	12.56	V	op#	cm	kg/mole	kg/mole
HgO 5955	18.314	-33.4	V	aglom#tion globale	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion globale	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion globale	cm	kg/mole	kg/mole
MgO 6268	18.314	-33,4	V	aglom#tion globale	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion globale	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion globale ap##on#e bilirub#e	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion globale ap##on#e bilirub#e	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion globale	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion globale ap##on#e bilirub#e Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion globale ap##on#e bilirub#e Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion gelata#e bilirub#e	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion gelata#e bilirub#e Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion gelata#e bilirub#e Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion gelata#e Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion gelata#e bilirub#e Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion mel###i bilirub#e	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion mel###i bilirub#e Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion mel###i bilirub#e Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion mel###i bilirUBE	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion mel###i bilirUBE Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion mel###i bilirUBE Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion mel###i bilirUBI Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion mel###i bilirUBI Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion mel###i bilIRB Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion mel###i bilIRB Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion mel###i bilIRI Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion mel###i bilIRII Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion mel###i bilIRIII Cu	cm	kg/mole	kg/mole
MgO 6268	18.314	-33.4	V	aglom#tion mel###i bilIRIV Cu	cm	kg/mole	kg/mole

155.7	10.1	8°	Umm	gazda multo almgoh comparaire afo
#hines hllings
-41.2	8	/°	And	galina slngghs

CATELOGO DE ESTRELAS		NOME	RA	DEC	MAG	TAMARCON	DESCRÉNCIA
ST01	U 254		00.02	(00.21)	7.6	2"	Cat: estrela bilinaria colorata
ST02	30	30 PSC	00.02	5	4"	Pc: estrela vermula colorata
ST03	303		00.02	+6.00	5.9	3"	Cat: estrela bilinaria colorata
ST04	SU	SU AND	00.01	-12.5	8	'	And estrela vermula colorata
ST05	Ced211		00.01	+7.2	7.8	3"	Cep: ambulca de esmíso
ST06	302		00.03	-18.4	6.4	1.2"	Cat: estrela bilinaria colorata
ST07		Alpha and	00.01	-20.0	3.1	'	And estrela vermula colorata
ST08	2		00.03	-79.7	6.6	0.8"	Cep: estrela bilinaria colorata
ST09	kappa		00.04	28.00	6.2	2"	Scl: estrela cinica colorata
ST10	Agambé	Gamma PEG	00.12	12.2	2.8	'	Peg: estrela
ST11	AD	ATG Cet	00.14	-2.8	4.9	1.8"	Cep: estrela vermula colorata
ST12	?	7 CET	00.16	-18.9	1.1	'	Cep: estrela vermula colorata
ST13	SS Psc	12 UCT	00.13	+40.59	5.8	2.2"	Pc: estrela bilinaria colorata
ST14	S	5 CT	00.14	-32.1	5.5	'	Scl: estrela colorata
ST15			00.02	+19.9	9.9	'	Cep: estrela bilinaria colorata
ST16	S1	ST CAD	00.02	-50.3	9.1	'	Cep: estrela vermula colorata
ST17	Groenbinder34	Groenbinder 34	00.18	-144.9	9	'	ND: And estrela bilinaria
ST18	24		00.15	-20.08	7.6	2"	And estrela bilinaria
ST19	Iota	Iota CET	00.14	-8.8	3.5	'	Cep: estrela
ST20	VS	VS AND	00.19	-10.2	5	'	And estrela

ST021	R		00.240	38.35	5d	Sellar	Aand	estada vibrante
ST022	30		00.272	49.59	6d	15°	Cas	estada vibrante
ST023	AQ	AQ AND	00.276	-55.6	6d	17°	Aand	estada vibrante, vibrante
ST024	Beta	Beta TUC	00.515	-63	5d	27°	Cac	estada vibrante
ST025	36	Source 38	00.224	-56.8	5d	28°	Pac	estada vibrante
ST026	37	Zeta CAS	00.030	-33.9	5d	30°	Cac	estada vibrante
ST027	Delta	Delta TUC	00.393	-36.9	5d	33°	Aand	estada
ST028	35		00.399	-31.76	5d	6°	Pac	estada vibrante colorida
ST029	Schedar	Alpha CAS	00.405	-76.5	22°	Cac	Cas	estada
ST030	O1b	ADS 588	00.424	-74.2	7d	23°	Pac	estada vibrante, desitaio
ST031	FN	FN 1	00.572	-79.0	5d	36°	Cac	estada vibrante
ST032	Dola	Dola TUC	00.402	-80.6	5d	38°	Cac	estada vibrante colorida
ST033	L3a		00.491	-57.99	6d	32°	Cac	estada vibrante colorida
ST034	63	83 PBC	00.499	-57.7	6d	44°	Pac	estada vibrante colorida
ST035	Dol3	Dolicle 15	00.000	-64.1	11	13°	Cas	agglomerado alfonso de estada
ST036	Famidat	Lamberti TUC	00.025	-89.3	6d	21°	Tnc	estada vibrante
ST037	36	16 AND	00.550	-23.6	6	00°	Aand	estada vibrante, desitaio
ST038	Nardi	Gamma CAS	00.567	-60.7	25°	Cac	Cas	estada
ST039	90		00.494	-64.4	8d	26°	Cac	estada vibrante, desitaio magnificunde
ST040	79		00.601	-44.43	6°	8°	Cac	estada vibrante de mezo magnificunde
ST041	U		00.623	-51.51	6d	Sellar	Cep	estada vibrante
ST042	Pst 1		00.74 Poc	01.056	21.28	53°	Pac	estada vibrante de mezo magnificunde
ST043	77		90	01.858	-04.55	68°	33°	Pac
ST044	Zeta	Zeta PHE	00.684	-58.5	35°	64°	Phe	estada vibrante
ST045	Dra	Era CUT	01.086	-10.2	53°	-	Cet	estada
ST046	Ludwig	Ludwig TUC	00.687	-16.2	42°	-	Cep	estada
ST047	Mirach	Bata AND	00.697	-30.6	2	-	Cac	estada
ST048	Zera	Zera PBC	01.152	-59.8	5d	63°	Pac	estada vibrante
ST049	Kappa	Kappa TUC	01.158	-68.9	9d	54°	Tnc	estada vibrante
ST050	Z	Z PBC	01.162	-25.8	8d	-	Pac	estada
ST051	42		01.188	-30.11	6d	66°	Cac	estada vibrante, desitaio
ST052	Pst	Pst CAS	01.215	-68.2	47	25°	Cac	estada vibrante, desitaio magnificunde constansante
ST053	R	R SBC1	01.270	-52.5	61°	-	Sel	estada vibrante
ST054	Gamma	Gamma ZUE	01.285	-43.1	5d	4	Pac	estada
ST055	Acherrar	Alfa Ici1	01.372	-57.11	9.5°	-	Ici	estada
ST056	pi	pi AND	01.380	-48.6	36°	-	Ami	estada
ST057	CV	UV CFT	01.388	-18	7°	-	Cac	estada vialante
ST058	P	P BCI	01.418	-76.2	5d	11.5°	Tnc	estada vibrante
ST059	No		01.418	-10.25	44°	-	Pac	estada
ST060	44 CAS	44 CAS	01.425	-50.6	5d	26°	Cac	estada vibrante
ST061	Pi		01.437	-50.2	51°	-	Per	estada
ST062	162		01.495	-47.51	5d	2°	Per	estada trape, desitaio
ST063	1		01.501	-22.3	6	2.6°	Ari	estada vibrante
ST064	165		01.515	-44.51	6d	55°	Cas	estada vibrante colorida
ST065	Ludilla	Ludilla ATR	01.529	-23.6	44°	37°	Cac	estada vibrante colorida
ST066	Pir		01.530	-41.08	8d	8°	Ari	estada vibrante de mezo magnificunde
ST067	Gamma	Gamma ATR	01.535	-19.3	45°	8°	Ari	estada vibrante de mezo magnificunde
ST068	Pi		01.536	-46.3	44°	5°	Pac	estada vialante, desitaio
ST069	Pipette	Pipette CAS	01.613	-63.2	3d	-	Cac	estada
ST070	186	Sampson 186	01.639	-12.5	6d	1°	Cac	estada vibrante, desitaio
ST071	30	M6 AND	01.652	-37.3	5d	-	Ari	estada vibrante
ST072	Andalara	Andalara ATR	01.678	-23.6	44°	37°	Ari	estada vibrante
ST073	Capillar	Hypnem CPT	02.000	-31.1	6°	-	Cac	estada
ST074	Alpha	Alpha PBC	02.010	-22.8	6°	1.6°	Pac	estada vibrante, desitaio
ST075	Almirch	Gomma AND	02.039	-12.3	2.2	10°	Ari	estada vibrante colorida
ST076	Lindl	Alpha ATR	02.072	-12.5	2°	-	Ari	estada
ST077	39 And		02.109	-19.02	5d	16°	Ari	estada vibrante colorida
ST078	Iota	Iota TBC	02.137	-38.3	5d	18°	Cac	estada vibrante colorida
ST079	331	Sampson 331	02.188	-21.2	5d	16.1°	Cac	estada vibrante
ST080	228		02.188	-47.5	6.6°	1.1°	Ari	estada vibrante, desitaio
ST081	332		02.147	-30.24	8°	7°	Tnc	estada vibrante de mezo magnificunde
ST082	339		02.174	-38.44	7°	14°	Tnc	estada vibrante
ST083	Balla	Companz CBT	02.195	-31.2	2°	-	Cac	estada vialante
ST084	203		02.201	-27.4	6d	2.2°	Cas	estada trape, desitaio
ST085	208		02.204	-29.4	6d	2.1°	Pac	estada vibrante
ST086	224		02.215	-19.22	7.0°	1°	Cac	estada vibrante, desitaio
ST087	324		02.215	-19.05	7.3°	14°	Cac	estada vibrante, desitaio magnificunde
ST088	Pulare	Alpha CNI	02.240	-49.6	6°	18°	Tmc	estada vibrante, desitaio
ST089	Omega	3/3906	02.359	-38.15	5°	11°	Tnc	estada vibrante
ST090	30		02.370	-14.38	6.3°	28°	Ari	estada vibrante colorida
ST091	R		02.370	-14.34	5d	-	Cac	estada vialante
ST092	305		02.370	-14.32	5d	2.3°	Cac	estada vibrante
ST093	82		02.389	-19.30	6.2°	54°	Cas	estada vibrante
ST094 pi			02.403	-17.08	5d	3°	Ari	estada trape,
ST095 Bia			30°	-02.302	-15.33	3.5°	18°	Per

191.

ST067 8. RIOOR 02.59.49.47 - Ior ciearei variable
ST067 330 Stroer 330 05.52.6.7.9" Cst. ciearei variable
ST068 Acmert Thiel ESI 02.96.3 - 10.5" Crl eretcd binae
ST069 Epiderm Endoal 02.94.293 - 29.3" Crl eretcd binae
ST070 Epiderm 02.98.293 - 29.3" Crl eretcd binae
ST071 Inte. 03.08.293 - 30.5" Crl eretcd binae
ST072 Mucier Alpha CEE 03.02.3 - 40.5" Crl eretcd binae
ST073 Bice RHE RHE 03.05.293 - 30.5" Crl eretcd binae
ST074 320 03.06.293 - 29.3" Crl eretcd binae
ST075 B3568 B3568 03.05.293 - 29.3" Crl eretcd binae
ST076 Aegel Beta PER 03.08.293 - 29.3" Crl eretcd binae
ST077 Alpha FDR 03.12.1 - 29.3" Crl eretcd binae
ST078 B2568 B2568 03.12.1 - 40.5" Crl eretcd binae
ST079 361 03.16.3 - 60.02.5 - 80.5" Crl eretcd binae
ST10 369 03.17.2 - 40.29.5 - 87.5" Crl eretcd binae
ST11 1DS4646 03.17.2 - 48.6 - 78.6" Crl eretcd binae
ST112 224 03.18.2 - 22.5 - 52.5" Crl eretcd binae
ST113 224.2 - 22.5 - 52.5" Crl eretcd binae
ST114 Tore Topex Tore Topex 03.30.3 - 40.5" Crl eretcd binae
ST115 36 03.34.5 - 40.5" Crl eretcd binae
ST116 6 Y PER 03.37.7 - 41.2 - 61.2" Crl eretcd binae
ST117 394 03.24.0 - 20.27.7 - 71" Crl eretcd binae
ST118 381 03.25.1 - 20.9 - 62.4" Crl eretcd binae
ST119 381 03.25.1 - 20.9 - 62.4" Crl eretcd binae
ST120 381 03.25.1 - 20.9 - 62.4" Crl eretcd binae
ST121 40 03.25.2 - 27.34 - 64.1" Crl eretcd binae
ST122 Epiderm Epilum FBE 03.39.9 - 30.37.7 - Ff. ciearei variable
ST123 400 03.39.9 - 40.0 - 68.0 - 68.0" Crl eretcd binae
ST124 D 36 03.40.0 - 40.0 - 68.0 - 68.0" Crl eretcd binae
ST125 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U8 U2 03.34.5 - 40.5" Crl eretcd binae
ST125 O3 03.34.5 - 40.5" Crl eretcd binae
ST126 03.34.5 - 40.5" Crl eretcd binae
ST127 03.34.5 - 40.5" Crl eretcd binae
ST128 Gammagamma Gamma L1 03.37.2 - 41.2 - 52.5" Crl eretcd binae
ST129 36 03.34.5 - 40.5" Crl eretcd binae
ST130 36 03.34.5 - 40.5" Crl eretcd binae
ST131 40 03.34.5 - 40.5" Crl eretcd binae
ST132 Epiderm Epilum BEE 04.16.5 - 39.34.4 - 41.2 " Crl eretcd binae
ST133 Thea Thea SFT 04.17.2 - 43.3 - 63.3 - 63.3" Crl eretcd binae
ST134 Fhi 04.20.3 - 27.4 - 52" Crl eretcd binae
ST135 T1 04.20.3 - 19.32 - 54.8" Crl eretcd binae
ST136 Chi CHI TAI 04.20.3 - 27.4 - 52.5" Crl eretcd binae
ST137 Ambu TAI 04.20.3 - 19.32 - 54.8" Crl eretcd binae
ST138 03 03.24.0 - 20.27.7 - 31.0 - 73.5" Crl eretcd binae
ST139 03 03.24.0 - 20.27.7 - 31.0 - 73.5" Crl eretcd binae
ST140 03 03.24.0 - 20.27.7 - 31.0 - 73.5" Crl eretcd binae
ST141 03 03.24.0 - 20.27.7 - 31.0 - 73.5" Crl eretcd binae
ST142 Fhi 04.20.3 - 40.5" Crl eretcd binae
ST143 TAI 04.20.3 - 40.5" Crl eretcd binae
ST144 04.20.3 - 40.5" Crl eretcd binae
ST145 04.20.3 - 40.5" Crl eretcd binae
ST146 04.20.3 - 40.5" Crl eretcd binae
ST147 04.20.3 - 40.5" Crl eretcd binae
ST148 Hines Chimson Star Omega AUR 04.20.3 - 41.2 - 51.4" Crl eretcd binae
ST149 Hines Chironnian Star Omega AUR 04.20.3 - 41.2 - 51.4" Crl eretcd binae
ST150 Inte. MLR 04.20.3 - 41.2 - 51.4" Crl eretcd binae
ST151 Inte. MLR 04.20.3 - 41.2 - 51.4" Crl eretcd binae
ST152 NT TT TAI 04.20.3 - 41.2 - 51.4" Crl eretcd binae
ST153 FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FFS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS FS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS Os OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OSOS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS(OS)OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os Os OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS Os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OS OSos os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os or os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os os oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss ossoss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss oss issississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississisissississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississssissississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississessissississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississIssissississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississississasssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSS\\

2047-2048: AUS 3150, AUS 3150, 1963.8, 1963.9, 1963.10, 1963.11, 1963.12, 1963.13, 1963.14, 1963.15, 1963.16, 1963.17, 1963.18, 1963.19, 1963.20, 1963.21, 1963.22, 1963.23, 1963.24, 1963.25, 1963.26, 1963.27, 1963.28, 1963.29, 1963.30, 1963.31, 1963.32, 1963.33, 1963.34, 1963.35, 1963.36, 1963.37, 1963.38, 1963.39, 1963.40, 1963.41, 1963.42, 1963.43, 1963.44, 1963.45, 1963.46, 1963.47, 1963.48, 1963.49, 1963.50, 1963.51, 1963.52, 1963.53, 1963.54, 1963.55, 1963.56, 1963.57, 1963.58, 1963.59, 1963.60, 1963.61, 1963.62, 1963.63, 1963.64, 1963.65, 1963.66, 1963.67, 1963.68, 1963.69, 1963.70, 1963.71, 1963.72, 1963.73, 1963.74, 1963.75, 1963.76, 1963.77, 1963.78, 1963.79, 1963.80, 1963.81, 1963.82, 1963.83, 1963.84, 1963.85, 1963.86, 1963.87, 1963.88, 1963.89, 1963.90, 1963.91, 1963.92, 1963.93, 1963.94, 1963.95, 1963.96, 1963.97, 1963.98, 1963.99, 1963.100, 1963.101, 1963.102, 1963.103, 1963.104, 1963.105, 1963.106, 1963.107, 1963.108, 1963.109, 1963.110, 1963.111, 1963.112, 1963.113, 1963.114, 1963.115, 1963.116, 1963.117, 1963.118, 1963.119, 1963.120, 1963.121, 1963.122, 1963.123, 1963.124, 1963.125, 1963.126, 1963.127, 1963.128, 1963.129, 1963.130, 1963.131, 1963.132, 1963.133, 1963.134, 1963.135, 1963.136, 1963.137, 1963.138, 1963.139, 1963.140, 1963.141, 1963.142, 1963.143, 1963.144, 1963.145, 1963.146, 1963.147, 1963.148, 1963.149, 1963.150, 1963.151, 1963.152, 1963.153, 1963.154, 1963.155, 1963.156, 1963.157, 1963.158, 1963.159, 1963.160, 1963.161, 1963.162, 1963.163, 1963.164, 1963.165, 1963.166, 1963.167, 1963.168, 1963.169, 1963.170, 1963.171, 1963.172, 1963.173, 1963.174, 1963.175, 1963.176, 1963.177, 1963.178, 1963.179, 1963.180, 1963.181, 1963.182, 1963.183, 1963.184, 1963.185, 1963.186, 1963.187, 1963.188, 1963.189, 1963.190, 1963.191, 1963.192, 1963.193, 1963.194, 1963.195, 1963.196, 1963.197, 1963.198, 1963.199, 1963.200, 1963.201, 1963.202, 1963.203, 1963.204, 1963.205, 1963.206, 1963.207, 1963.208, 1963.209, 1963.210, 1963.211, 1963.212, 1963.213, 1963.214, 1963.215, 1963.216, 1963.217, 1963.218, 1963.219, 1963.220, 1963.221, 1963.222, 1963.223, 1963.224, 1963.225, 1963.226, 1963.227, 1963.228, 1963.229, 1963.230, 1963.231, 1963.232, 1963.233, 1963.234, 1963.235, 1963.236, 1963.237, 1963.238, 1963.239, 1963.240, 1963.241, 1963.242, 1963.243, 1963.244, 1963.245, 1963.246, 1963.247, 1963.248, 1963.249, 1963.250, 1963.251, 1963.252, 1963.253, 1963.254, 1963.255, 1963.256, 1963.257, 1963.258, 1963.259, 1963.260, 1963.261, 1963.262, 1963.263, 1963.264, 1963.265, 1963.266, 1963.267, 1963.268, 1963.269, 1963.270, 1963.271, 1963.272, 1963.273, 1963.274, 1963.275, 1963.276, 1963.277, 1963.278, 1963.279, 1963.280, 1963.281, 1963.282, 1963.283, 1963.284, 1963.285, 1963.286, 1963.287, 1963.288, 1963.289, 1963.290, 1963.291, 1963.292, 1963.293, 1963.294, 1963.295, 1963.296, 1963.297, 1963.298, 1963.299, 1963.300, 1963.301, 1963.302, 1963.303, 1963.304, 1963.305, 1963.306, 1963.307, 1963.308, 1963.309, 1963.310, 1963.311, 1963.312, 1963.313, 1963.314, 1963.315, 1963.316, 1963.317, 1963.318, 1963.319, 1963.320, 1963.321, 1963.322, 1963.323, 1963.324, 1963.325, 1963.326, 1963.327, 1963.328, 1963.329, 1963.330, 1963.331, 1963.332, 1963.333, 1963.334, 1963.335, 1963.336, 1963.337, 1963.338, 1963.339, 1963.340, 1963.341, 1963.342, 1963.343, 1963.344, 1963.345, 1963.346, 1963.347, 1963.348, 1963.349, 1963.350, 1963.351, 1963.352, 1963.353, 1963.354, 1963.355, 1963.356, 1963.357, 1963.358, 1963.359, 1963.360, 1963.361, 1963.362, 1963.363, 1963.364, 1963.365, 1963.366, 1963.367, 1963.368, 1963.369, 1963.370, 1963.371, 1963.372, 1963.373, 1963.374, 1963.375, 1963.376, 1963.377, 1963.378, 1963.379, 1963.380, 1963.381, 1963.382, 1963.383, 1963.384, 1963.385, 1963.386, 1963.387, 1963.388, 1963.389, 1963.390, 1963.391, 1963.392, 1963.393, 1963.394, 1963.395, 1963.396, 1963.397, 1963.398, 1963.399, 1963.400, 1963.401, 1963.402, 1963.403, 1963.404, 1963.405, 1963.406, 1963.407, 1963.408, 1963.409, 1963.410, 1963.411, 1963.412, 1963.413, 1963.414, 1963.415, 1963.416, 1963.417, 1963.418, 1963.419, 1963.420, 1963.421, 1963.422, 1963.423, 1963.424, 1963.425, 1963.426, 1963.427, 1963.428, 1963.429, 1963.430, 1963.431, 1963.432, 1963.433, 1963.434, 1963.435, 1963.436, 1963.437, 1963.438, 1963.439, 1963.440, 1963.441, 1963.442, 1963.443, 1963.444, 1963.445, 1963.446, 1963.447, 1963.448, 1963.449, 1963.450, 1963.451, 1963.452, 1963.453, 1963.454, 1963.455, 1963.456, 1963.457, 1963.458, 1963.459, 1963.460, 1963.461, 1963.462, 1963.463, 1963.464, 1963.465, 1963.466, 1963.467, 1963.468, 1963.469, 1963.470, 1963.471, 1963.472, 1963.473, 1963.474, 1963.475, 1963.476, 1963.477, 1963.478, 1963.479, 1963.480, 1963.481, 1963.482, 1963.483, 1963.484, 1963.485, 1963.486, 1963.487, 1963.488, 1963.489, 1963.490, 1963.491, 1963.492, 1963.493, 1963.494, 1963.495, 1963.496, 1963.497, 1963.498, 1963.499, 1963.500, 1963.501, 1963.502, 1963.503, 1963.504, 1963.505, 1963.506, 1963.507, 1963.508, 1963.509, 1963.510, 1963.511, 1963.512, 1963.513, 1963.514, 1963.515, 1963.516, 1963.517, 1963.518, 1963.519, 1963.520, 1963.521, 1963.522, 1963.523, 500, 501, 502, 503, 504, 505, 506, 507, 508, 509, 510, 511, 512, 513, 514, 515, 516, 517, 518, 519, 520, 521, 522, 523, 524, 525, 526, 527, 528, 529, 530, 531, 532, 533, 534, 535, 536, 537, 538, 539, 540, 541, 542, 543, 544, 545, 546, 547, 548, 549, 550, 551, 552, 553, 554, 555, 556, 557, 558, 559, 560, 561, 562, 563, 564, 565, 566, 567, 568, 569, 570, 571, 572, 573, 574, 575, 576, 577, 578, 579, 580, 581, 582, 583, 584, 585, 586, 587, 588, 589, 590, 591, 592, 593, 594, 595, 596, 597, 598, 599, 600, 601, 602, 603, 604, 605, 606, 607, 608, 609, 610, 611, 612, 613, 614, 615, 616, 617, 618, 619, 620, 621, 622, 623, 624, 625, 626, 627, 628, 629, 630, 631, 632, 633, 634, 635, 636, 637, 638, 639, 640, 641, 642, 643, 644, 645, 646, 647, 648, 649, 650, 651, 652, 653, 654, 655, 656, 657, 658, 659, 660, 661, 662, 663, 664, 665, 666, 667, 668, 669, 670, 671, 672, 673, 674, 675, 676, 677, 678, 679, 680, 681, 682, 683, 684, 685, 686, 687, 688, 689, 690, 691, 692, 693, 694, 695, 696, 697, 698, 699, 700, 701, 702, 703, 704, 705, 706, 707, 708, 709, 710, 711, 712, 713, 714, 715, 716, 717, 718, 719, 720, 721, 722, 723, 724, 725, 726, 727, 728, 729, 730, 731, 732, 733, 734, 735, 736, 737, 738, 739, 740, 741, 742, 743, 744, 745, 746, 747, 748, 749, 750, 751, 752, 753, 754, 755, 756, 757, 758, 759, 760, 761, 762, 763, 764, 765, 766, 767, 768, 769, 770, 771, 772, 773, 774, 775, 776, 777, 778, 779, 780, 781, 782, 783, 784, 785, 786, 787, 788, 789, 790, 791, 792, 793, 794, 795, 796, 797, 798, 799, 800, 801, 802, 803, 804, 805, 806, 807, 808, 809, 810, 811, 812, 813, 814, 815, 816, 817, 818, 819, 820, 821, 822, 823, 824, 825, 826, 827, 828, 829, 830, 831, 832, 833, 834, 835, 836, 837, 838, 839, 840, 841, 842, 843, 844, 845, 846, 847, 848, 849, 850, 851, 852, 853, 854, 855, 856, 857, 858, 859, 860, 861, 862, 863, 864, 865, 866, 867, 868, 869, 870, 871, 872, 873, 874, 875, 876, 877, 878, 879, 880, 881, 882, 883, 884, 885, 886, 887, 888, 889, 890, 891, 892, 893, 894, 895, 896, 897, 898, 899, 900, 901, 902, 903, 904, 905, 906, 907, 908, 909, 910, 911, 912, 913, 914, 915, 916, 917, 918, 919, 920, 921, 922, 923, 924, 925, 926, 927, 928, 929, 930, 931, 932, 933, 934, 935, 936, 937, 938, 939, 940, 941, 942, 943, 944, 945, 946, 947, 948, 949, 950, 951, 952, 953, 954, 955, 956, 957, 958, 959, 960, 961, 962, 963, 964, 965, 966, 967, 968, 969, 970, 971, 972, 973, 974, 975, 976, 977, 978, 979, 980, 981, 982, 983, 984, 985, 986, 987, 988, 989, 990, 991, 992, 993, 994, 995, 996, 997, 998, 999, 1000

ST86UH7A10378-11.7+Hyrshelranlde
5397Dmpep93Dunkp921039.526432Vteetieinitia 1

ST108	55	1760	10.31	-40.31	85	7	Sex	estebia bairdii
ST109	56	RUMOS	10.32	-40.32	73	7		estebia porrovi
ST109	60	VY UMA	10.33	-40.34	74	7		estebia porrovi
ST401	Dita	Duta CHA	10.34	-40.35	45	4.5*	Chu	estebia bairdii
ST402	40	14N	10.35	-40.31	89	3.5*	Ses	estebia bairdii
ST403	No	No HVA	10.36	-40.37	51	7	Hyr	estebia bairdii
ST404	24	3N LIO	10.36	-40.38	45	6.8*	Leo	estebia bairdii
ST405	SAK2251242	SAO 2251242	11.17	-40.37	7	7	Car	estebia bairdii de magnitude contrainte
ST406	55	VC UMA	11.18	-40.39	45	1.3*	Chu	estebia bairdii desalida
ST407	No	No UMA	11.19	-40.39	59	7*	Cun	estebia bairdii
ST408	1529		11.19	-40.38	7	7*	Leo	estebia bairdii
ST409	B4432	B4432	11.24	-40.35	51	2.3*	Mau	estebia bairdii
ST410	Batu	Ina LFO	11.25	-40.35	4	1.3*	Fau	estebia bairdii, desalida
ST411	83	14N	11.26	-40.33	62	9*	Tin	estebia tripoli
ST412	Din	DINA	11.27	-40.38	52	2.5*	Loo	estebia bairdii
ST413	Dulabla	Lamboa DRA	11.28	-40.39	38	20*	Dun	estebia bairdii, calvilloide
ST414	88	13N	11.30	-40.39	64	16*	Tin	estebia bairdii
ST415	N		11.31	-29.16	38	9*	Hyd	estebia bairdii de magnitude magnitude
ST416	Emos74		11.32	-40.6	6	1*	Cun	estebia bairdii, desalida
ST417	1522		11.33	-16.48	6	3*	Loo	estebia tripoli
ST418	No	No VTR	11.34	-40.83	4	5*	Vir	estebia
ST419	Tranquilada		11.35	-40.94	11	Stafder
ST420	Beta	Beta LTA	11.32	-39.89	17	0.9*	Loo	estebia bairdii colorida
ST421	13112		11.34	-19.94	84	7.5*	Leo	estebia bairdii
ST422	83	13N	11.35	-40.29	87	4*	Cun	estebia bairdii
ST423	Epsilon	Epsilon CDA	11.36	-28.37	85	0.9*	Chi	estebia bairdii colorida
ST424	Vil3		11.38	-27.76	87	1.5*	Vir	estebia bairdii, desalida
ST425	Deta	Zeta COM	12.42	-21.5	6	3.6*	Com	estebia bairdii
ST426	Deta	Deta CEN	12.43	-20.6	2.6	4.5*	Com	estebia bairdii
ST427	IV4		12.45	-11.31	66	30*	Com	estebia tripoli
ST428	Epsilon	Epsilon CIV	12.41	-22.6	5	*	Cun	estebia
ST429	Rimmedi1		12.43	-15.77	56	2.9*	Com	estebia bairdii
ST430	Deta	Deta CBU	12.44	-19.77	28	*	Cun	estebia
ST431		CVN	12.45	-40.87	8	1.1*	Com	estebia bairdii
ST432	Epsilon	Epsilon CUS	12.46	-22.5	65	2.1*	Vir	estebia bairdii
ST433	IV47		12.48	-23.66	66	3.8*	Com	estebia bairdii, desalida
ST434	R		12.49	-29.2	67	*	Cun	estebia
ST435	163		12.50	-27.03	63	9*	Com	estebia bairdii de magnima magnitude
ST436	Epsilon	Epsilon CBU	12.51	-28.4	56	*	Cun	estebia
ST437	M40	Wimmede 4	12.52	-26.05	9	30*	Com	estebia bairdii
ST438	17	DV K	12.53	-22.5	65	21*	Vir	estebia bairdii
ST439	Tranquilada		12.54	-22.5	58	3.8*	Com	estebia bairdii, desalida
ST440	S		12.55	-29.44	92	*	Com	estebia
ST441	SS		12.56	-40.48	6	Safdar
ST442	Arctix		12.56	-63.1	1	4.4*	Com	estebia bairdii
ST443	SC273		12.57	-102.0	12.4	*	Vir	estebia
ST444	Agambu		12.59	-16.3	5	21*	Cun	estebia bairdii
ST445	Gomma		12.59	-37.1	1.6	100*	Com	estebia bairdii
ST446	Tranquilada	Tranquil GCV	12.60	-23.1	8	25*	Vir	estebia bairdii
ST447	24		12.53	-118.23	5	30*	Com	estebia bairdii, calvilloide
ST448	Alpha		12.54	-29.9	1.7	*	Mau	estebia
ST449	AD5812		12.55	-37.1	35	3.3*	Hyd	estebia bairdii, desalida
ST450	1609		12.55	-29.01	53	5*	Cun	estebia bairdii
ST451	Gomma CEN		12.56	-49	22	5*	Com	estebia bairdii, desalida
ST452	Gomma CV		12.57	-42.4	55	3*	Com	estebia bairdii
ST453	Y		12.58	-45.26	73	Stafder
ST454	Beta	Beta CUS	12.56	-63.1	1	4.7*	Com	estebia
ST455	Beta	Beta MUS	12.55	-65.1	1.7	1.4*	Mus	estebia bairdii, desalida
ST456	Microna	Beta CBU	12.57	-29.2	1.3	*	Cun	estebia
ST457	S2		12.62	-43.23	53	22*	Com	estebia bairdii, desalida
ST458	S2		12.63	-21.11	51	29*	Com	estebia bairdii, daquimetode contrazonate
ST459	Dura		12.64	-29.32	53	37*	Com	estebia bairdii
ST460	Delta	Delta CV	12.66	-29.24	54	*	Cun	estebia
ST461	Can Can Can		12.68	-38.3	3	19*	Com	estebia
ST462	BY		12.69	-66.0	88	*	Dun	estebia
ST463	169		12.70	-27.28	68	1.5*	Com	estebia bairdii, desalida
ST464	Delta		12.72	-71.5	36	8*	Mus	estebia
ST465	Delta		12.81	-65.3	57	2.3*	Com	estebia bairdii
ST466	Delta		12.82	-59.32	55	7*	Vir	estebia bairdii, desalida
ST467	Abba		12.83	-37.32	52	0.5*	Com	estebia bairdii
ST468	S4		12.84	-38.90	68	2*	Com	estebia bairdii
ST469	T		12.85	-61	4.7	*	Com	estebia
ST470	Zina		12.86	-34.98	53	14*	Com	estebia bairdii

ST471	Spina
ST472	O 123
ST473	B
ST474	P555
ST475	S
ST476	D
ST477	1803
ST478	Spinal
ST479	I
ST480	Doppler141
ST481
ST482	Allusion
ST483	1785
ST484	2
ST485	Cuppiato
ST486	3
ST487	Zetzi
ST488	Beta
ST489	Lissi
ST490	Kappa
ST491	Kappa
ST492	1818
ST493	Astrinus
ST494	Total
ST495	B
ST496	1534
ST497	1833
ST498	Doppler19
ST499	1833
ST500	LH 179
ST501	S
ST502	Doppler
ST503	Alpha
ST504	b
ST505	Alpha
ST506	p
ST507	pi
ST508	Alpha
ST509	q
ST510	Alpha
ST511	ct
ST512	cl
ST513	Lipidation
ST514	Doppler
ST515	Alpha
ST516	Alpha
ST517	1883
ST518	Mio
ST519	30
ST520	NI
ST521	Inch bolt
ST522	Gyroscope
ST523	NI
ST524	Int'l
ST525	37
ST526	Beta
ST527	PI
ST528	1501
ST529	Sigma
ST530	Doppler178
ST531	Kappa
ST532	X
ST533	1952
ST534	MI
ST535	1001
ST536	S
ST537	Pi1
ST538	Eto
ST539	Mi
ST540	Edoich
ST541	1002
ST542	Li123
ST543	Delta
ST544	Gemma
ST545	Ir-283

S1546	Upikan
S1547	Cesuga
S1548	P362
S1549	Em
S1550	Zea
S1551	Rosa
S1552	Albizio
S1553	fl.
S1554	Kappa
S1555	R
S1556	Si
S1557	Rey
S1558	Explores
S1559	PI
S1560	T
S1561	Flu
S1562	Delta
S1563	Xi
S1564	Oreagyi
S1565	Kappa
S1567	Nu
S1568	Padita
S1569	Spagna
S1570	Delia
S1571	Gomma
S1572	Roo
S1573	V
S1574	Epsilon
S1575	Iota
S1576	302
S1577	Garcia
S1578	Lambda
S1579	R
S1580	Jr
S1581	H
S1582	Zea
S1583	Zea
S1584	Zea
S1585	Alixia
S1586	Eto
S1587	Epsilon
S1588	Mlu
S1589	JI
S1590	Kappa
S1591	Kappa
S1592	Zea
S1593	Epsilon1
S1594	Mu
S1595	Flu
S1596	Baselgthet
S1597	Della
S1598	PI
S1599	St
S1600	JS
S1601	Eldea
S1602	Rico
S1603	Grasso
S1604	Gemma
S1605	Sigma
S1606	Inexpal
S1607	Inexpal
S1608	Flu
S1609	Lambda
S1610	Ursion
S1611	S
S1612	Nu
S1613	Spiralis
S1614	St
S1615	Baselgthet
S1616	Lodi
S1617	Flu
S1618	Kappa
S1619	S
S1620	Beta
S1621	St
S1622	SP

Updown LBN=15.370	281	3.6	1#	Lb	estrela bilaria colorida
Ongep LUP=15.341	426	4.5	7	Lup	estrela varietal venulata
Zeta CRB=15.384	1366	5	6.3#	Cbr	estrela biliana
Gumme CRB=15.427	+263	4.2	6.5#	Cbr	estrela bilaria, desilva
Alpha SFR=15.443	+264	2.7	5	Ser	estrela varietal
11.96	+78.07	5.7	Sudan	Cbr	estrela varietal
Kaposi SOR=15.457	1181	4.1	-	Ser	estrela varietal, demissala
K-SR=15.507	1151	5.2	-	Ser	estrela varietal
15.309	-13.38	5.2	10#	Tup	estrela varietal
Rha SCIO=15.369	-29.2	5.9	-	Ser	estrela
Erdgel SDB=15.376	+269	4.2	-	Cbr	estrela
P-SCIO=15.389	-28.1	4.9	-	Ser	estrela
15.393	125.35	3	Stella	Cbr	estrela varietal
Bank 1=16.011	-38.74	3.6	1##	Tup	estrela bilaria, demissala, contrastanza
Deltu SDO=16.033	-22.6	2.5	-	Ser	estrela
15.344	-21.22	4.2	1#	Ser	estrela, desilva
Beta SCD=16.041	-19.8	2.5	-	Ser	estrela
Oncog SDO=16.042	-29.2	1	1##	Ser	estrela
16.081	-17.03	5	20#	Her	estrela, betula colorata
Bank 2=16.120	-29.28	4	2#	Ser	estrela, quadrata
Deltu OPH=16.143	-3.7	3.7	-	Cbr	estrela
2302, 17 GOS	14.2	-33.32	5.2	Cbr	estrela bilaria
Deltu APS=16.205	-28.7	4.7	-	Ser	estrela biliana
11.121	-25.25	2.8	20#	Ser	estrela bilaria, demissala, contrastanza
Lambda OPH=16.309	-42.9	4.3	2.0#	Cbr	estrela bilaria
V-OPH=16.307	-2.8	2.3	-	Cbr	estrela varietal
Erdgel SDO=16.307	-17.6	4.8	15#	Her	estrela bilaria
Iota LRA=16.280	64.1	5.0	20#	Ha	estrela bilaria
Stutea 2052=16.289	1184	5.7	2.5#	Her	estrela biliana
Alpha SDO=16.294	-26.4	1	3#	Ser	estrela, bilaria, desilva
Lambda OPH=16.309	-42.9	4.2	2.0#	Cbr	estrela bilaria, desilva
16.436	+66.07	5.7	-	Uc#	estrela
16.501	+52.55	5.1	4#	Uc#	estrela, tspila
H-SCIO=16.305	-36.3	4.2	-	Ser	estrela
Zeta OPH=16.305	-10.6	2.6	-	Cbr	estrela
SUSOCIO=16.306	-12.4	8	-	Ser	estrela
Zeta LRA=16.323	-31.0	5	1.4#	Her	estrela, bilaria colorata
Alpha EOA=16.367	-69	1.9	-	Ha	estrela
Ets ARA=16.308	-29	3	-	Ser	estrela
Erdgel SDO=16.302	-33.3	2.3	-	Ser	estrela
Mio SDO=16.323	-38	3	-	Ser	estrela
20 DRA=16.364	+66.07	5.1	1.4#	Dim	estrela, bilaria
EX SCIO=16.386	-30.6	5.1	-	Ser	estrela varietal
Lambda OPH=16.307	-40.0	3.2	20#	Cbr	estrela
Zeta ARA=16.306	56	5.1	-	Am	estrela
Erdgel IRA=16.385	23.2	4.1	40#	Am	estrela
Erdgel IRA=16.385	-43.2	4.1	40#	Am	estrela
17.03	+17.78	4.9	-	Ser	estrela, bilaria, demissala, magnifica
Tis OPH=17.01	-18.7	5.4	0.6#	Orb	estrela, bilaria, desilva
Alpha ULL=17.16	+11.5	3	4.5#	Her	estrela, bilaria, demissala, magnifica
17.120	-124.20	5.2	30#	Her	estrela, bilaria, demissala, magnifica, contrastanza
Alpha PHR=17.16	-36.3	3.2	-	Par#	estrela
17.133	-26.38	4.3	-	Cbr	estrela, bilaria colorata
THI, OPH=17.189	-20.17	5.2	10#	Uc#	estrela, bilaria colorata
THI, OPH=17.220	25	3.0	-	Cbr	estrela
2201, 23, 33 Her=17.217	-17.09	4.2	4#	Her	estrela bilaria
Ets ARA=17.335	-25.3	3.9	-	Am	estrela
Alpha OPH=17.334	-36.3	3.5	-	Am	estrela
Sigma OPH=17.262	-104.1	4.3	4#	Uc#	estrela
17.849	-45.9	8	2.2#	Ara	estrela bilaria
17.504	-11.64	6	3.1#	Orb	estrela, bilaria, desilva
Lambda OCH=17.907	+26.1	4.4	-	Ler#	estrela
Uplad SDO=17.908	-37.3	2.7	-	Ser	estrela
Alpha ARA=17.918	-49.5	3.5	-	Ara	estrela
Lambda OCH=17.918	-49.5	3.5	-	Ser	estrela
Sigma OCH=17.918	-49.5	3.5	-	Orb	estrela
Alpha Oph=17.918	-49.5	3.5	-	Orb	estrela
Iota LER=17.952	-146.0	3.8	-	Her	estrela
2241	-17.09	4.9	30#	Dim	estrela bilaria
Kaposi SDO=17.925	-29	2.6	2.5#	Ser	estrela
17.233	-27.77	5.7	-	Ser	estrela varietal
Bol EOL=17.435	-104.0	2.8	-	Orb	estrela
2201	-42.94	5.2	21#	Orb	estrela, bilaria, demissala, magnifica
ST SCIO=17.435	-18.6	3.9	-	Sgr	estrela

ST21 6S SSSCO 1747.5 357.5 80000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000

ST22 6G SSOO 1749.5 37.2 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 5 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 1515 1515 1515 1515 1515 1515 1515 1515 1515 1515 1515 1515 1515 1515 1515 1515 1515 1515 1515 1515 149 150 151 151 151 151 151 151 151 151 151 151 151 151 151 151 151 151 151 151 151 151 151 151 151 151 151 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 155 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 152 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 159 159 159 159 159 159 159 159 159 159 159 159 159 159 159 159 159 159 159 159 159 159 159 159 159 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 157 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 154 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 156 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 158 152 224 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 ##

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S0835130200043 164957a Sphingolipid

ST069	ENSG	19.83	-	19.61	5.0	28*	Spc	estrel beta, colorimetric
ST069	S1	52; SGR	19.07	-	16.3	5.0	Spc	estrel beta, colorimetric
ST070	TT	TT; CPG	19.49	12.6	7.8	*	Csp	estrel beta, colorimetric
ST071	16	19.48	-	18.32	8	39*	Csp	estrel beta, colorimetric, de-magnificat
ST072	Dufa	25% 18; Cys	19.48	-	16.08	2.0	Spc	estrel beta, de-magnificat, contraint
ST073	H17	H17	-	19.61	6	39*	Csp	estrel beta, colorimetric
ST176	Gumma	Gumma; AQL	19.62	-	18.0	2.7	*	estrel beta, colorimetric
ST175	37	250	19.64	-	15.44	5	Csp	estrel beta, de-magnificat, contraint
ST076	Dufa	Dufa; SG	19.71	-	18.8	3.8	Spc	estrel beta, colorimetric
ST077	Epcen	-	19.82	-	18.16	3.8	Spc	estrel beta, de-magnificat, contraint
ST078	EI	PIAOL	19.87	-	14.0	6.1	Spc	estrel beta, desflur
ST079	Rice	-	19.92	-	19.09	5	Spc	estrel beta, colorimetric
		Csp	19.93	-	19.09	5	Spc	estrel beta, colorimetric
		EG: Cys, estrel varietic
ST171	Alilir	Alpha; Agl	19.88	-	18.81	58	*	Csp
ST172	Ileu	Ela; AQL	19.82	-	16.0	56	*	estrel varietic
ST173	57	19.46	-	18.48	6.1	37	*	Csp, estrel beta
ST174	Beta	Beta; AQL	19.43	-	16.6	3.7	3*	Csp
ST175	Pit	Pit; AQL	19.46	-	16.28	4.9	*	estrel beta, de-magnificat, contraint
ST176	ER	ER; SG	19.29	-	16.2	3.1	Spc	estrel beta, colorimetric
ST177	BD	BD; SG	19.57	-	14.8	6	Spc	estrel beta, colorimetric
ST178	Gumma	Gumma; SG	19.58	-	19.3	3.5	*	Csp
ST179	BT	BP; SG	20.04	-	22.1	4.5	*	Csp, estrel varietic
ST179	b170		20.05	-	30.19	2.6	*	Csp, estrel beta, colorimetric
ST179	A	K; SG	20.07	-	20.7	7	*	Csp, estrel varietic
ST179	B	N; SG	20.08	-	20.8	7	*	Csp
ST179	Kappa	Kappa	20.09	-	20.35	6.6	*	Csp, estrel beta, de-magnificat, contraint
ST179	Theta	Theta	20.09	-	20.35	6.6	*	Csp, estrel beta, colorimetric
ST179	RX	RX; CYS	20.10	-	16.0	6.5	*	Csp, estrel varietic
ST179	FG	FG; SG	20.19	-	16.0	6.5	*	Csp, mucinol phosphate, imidogal
ST179	2644		20.18	-	16.02	6.8	*	estrel beta, de-magnificat, magnimetric
ST179	RG	RG; CYS	20.19	-	16.02	6.8	*	estrel beta, colorimetric
ST179	2658		20.16	-	16.02	7.1	*	Csp, estrel beta, colorimetric
ST179	Unconj	Unconj; CYS	20.16	-	16.7	3.8	*	Csp
ST181	RT	RT; CAP	20.16	-	21.3	6.9	*	Csp, estrel varietic
ST182	Alpha	Alpha; Cap	20.16	-	22.3	4.2	*	Csp
ST183	BT	RT; SG	20.17	-	20.1	6	*	Csp, estrel varietic
ST184	Unconj	Unconj; SG	20.17	-	18.02	3	Strela	estrel varietic
ST185	Alpha	Alpha; Cap	20.18	-	22.22	3.8	*	Csp, estrel biassay
ST186	261		20.18	-	22.22	6	*	Csp, estrel beta, colorimetric
ST187	U; CYS		20.19	-	27.9	3.9	Csp, estrel varietic
ST189	Beta	Beta; CAP	20.20	-	24.4	34	*	Cap, estrel biassay
ST189	30	30; CYS	20.29	-	22.4	4.2	*	Csp, estrel beta, colorimetric
ST189	40	Alpha; Cap	20.30	-	20.3	4.2	*	Csp, estrel beta, de-magnificat, contraint
ST189	41	Alpha; CYS	20.30	-	20.3	3.3	*	Csp, estrel beta, colorimetric
ST189	51	Alpha; SG	20.31	-	16.07	4.3	*	Csp
ST189	52	Alpha; CYS	20.32	-	16.07	4.3	*	Csp, estrel beta, colorimetric
ST189	53	Alpha; SG	20.33	-	16.07	4.3	*	Csp, estrel beta, colorimetric
ST189	54	Alpha; CYS	20.34	-	16.07	4.3	*	Csp, estrel beta, colorimetric
ST189	55	Alpha; SG	20.35	-	16.07	4.3	*	Csp, estrel beta, colorimetric
ST189	56	Alpha; SG	20.36	-	16.07	4.3	*	Csp, estrel beta, colorimetric
ST189	57	Alpha; SG	20.37	-	16.07	4.3	*	Csp, estrel beta, colorimetric
ST189	58	Alpha; SG	20.38	-	16.07	4.3	*	Csp, estrel beta, colorimetric
ST189	59	Alpha; SG	20.39	-	16.07	4.3	*	Csp, estrel beta, colorimetric
ST189	60	Alpha; SG	20.40	-	16.07	4.3	*	Csp, estrel beta, colorimetric
ST189	61	Alpha; SG	20.41	-	16.07	4.3	*	Csp, estrel beta, colorimetric

S1771	2016
S1772	V450
S1773	S8
S1774	89
S1775	Ma
S1776	Pipette
S1777	Pipette
S1778	AI
S1779	240
S1780	241
S1781	GX
S1782	203
S1783	150
S1784	29
S1785	XI
S1786	O481
S1787	Luzbda
S1788	Al Nai
S1789	150
S1790	Zea
S1791	H1276
S1792	J1
S1793	I
S1794	Alpha
S1795	293
S1796	II
S1797	S
S1798	N3
S1799	Delta
S1800	Kanage 90
S1801	Zea
S1802	G
S1803	S
S1804	Delta2
S1805	37
S1806	Rao47
S1807	B
S1809	Beta
S1810	Tua1
S1811	297
S1812	M2
S1813	290
S1814	Pis3
S1815	Tambu
S1816	Fumihara
S1817	S2
S1818	Schat
S1819	Choroprasa
S1820	208
S1821	I
S1822	Phi
S1823	Pi3
S1824	94
S1825	Dulac20
S1826	P
S1827	Z
S1828	Gamma
S1829	Theta
S1830	R
S1831	107
S1832	108
S1833	202
S1834	Ld152
S1835	R
S1836	Sigma

	21.30	17.29	5.6	12°	Cep	estela tripia
V460 CGG	21.42	35.2	5.6	*	Cep	estela varietal
	21.47	-15.35	8.2	Sellar	Cep	estela varietal
	21.57	-30.0	7.1	*	Cep	estela varietal
HandschuGa#i#	21.43	15.47	3.4	Sellar	Cep	estela varietal de vermeadla
	21.42	-29.32	4.3	83°	Peg	estela varietal de magnificulamcunmation
Lambu Ch#7	21.40	-8.8	3.4	*	Cep	estela varietal
AG TPG	21.41	-19.6	6	*	Peg	estela varietal
	21.50	-55.47	5.5	10°	Cep	estela binaia
Se### 2541	21.54	19.7	6.4	22°	Peg	estela binaia
RV PEG	21.66	-27.9	6	*	Peg	estela varietal
	21.66	-83.31	7.1	15°	Cep	estela binaia de meera magnificulamc
B 278	21.67	-24.8	5.8	*	Cep	estela binaia de meera magnificulamc
S 802	22.05	-16.08	7.2	4°	Amp	estela binaia de meera magnificulamc
17 Gagy 2863	22.08	-16.38	4.3	8°	Cep	estela binaia
CGTvar# 081	22.09	-19.8	6.7	11°	Cep	estela binaia
Lambu GRU	22.06	-79.2	4.5	*	Gau	etella
Agua Guo	22.08	-46.38	1.7	Sellar	Gau	etella
	22.07	-28.07	3.7	*	Cep	etella
Zeta CEP	22.09	-88.2	5.2	*	Cep	estela binaia
h746	22.19	-19.2	5.5	28°	Loc	estela binaia
	22.14.5	-21.04	5.5	3°	Amp	estela binaia colorida
11 AG	22.18.0	-37.2	4.1	*	Loc	estela
Agua TUC	22.18.5	-80.3	2.9	5°	Tin	estela
	22.18.9	-37.46	6.1	16°	Loc	estela binaia colorida
PI GRU	22.17	-45.5	5.9	27°	Cep	estela binaia colorida
SGRU	22.76.1	-48.4	6	*	Cen	estela varietal
	22.76.6	-16.49	6.7	3°	Amp	estela binaia de meera magnificulamc
Deltu TUC	22.76.3	-83	5.5	7°	Tin	estela binaia
Kragger 60	22.28.1	-17.7	9.8	3°	Cep	estela binaia
	22.28.8	-30.01	4.3	2°	Amp	estela binaia, deslilian
	22.29.2	-30.25	3.8	20°	Cep	estela binaia colorida
LAC	22.29.5	-17.7	5.4	5°	Loc	etella
Deltu 2263	22.29.0	-15.7	3.1	15°	Gau	estela varietal vermeadla
17 PESI	22.30.0	-10.4	5.8	1°	Peg	estela binaia, deslilian
	22.30.5	-19.46	5.8	43°	Loc	estela quadrilata
	22.30.9	-19.38	6.3	23°	Loc	estela bipila
11 LAC	22.30.6	-16.3	5.8	13°	Loc	estela bipila
Beta GRU	22.42.7	-46.8	2.1	*	Gau	estela
Lan# ACR	22.47.2	-14.1	5.7	25°	Amp	estela binaia
Se### 2947	22.50	-10.8	7	1.5°	Cep	estela binaia
Tan# ACR	22.50.6	-13.6	5	40°	Amp	estela
Se### 2959	22.51.5	-14.7	6.1	1.5°	Cep	estela binaia
	22.51.4	-41.19	7.1	10°	Loc	estela quadrilata
Lambu ACR	22.50.6	-1.8	5.7	*	Amp	estela binaia
Alpha P#a	22.50.6	-29.37	1.5	*	P#a	estela
52 PESI	22.59.2	-11.7	6.1	0.7°	Peg	estela binaia, deslilian
Beta PEG	22.50.8	-12.1	2.4	*	Peg	estela
Dunlap 56	23.07.8	-10.7	6.1	9°	Gau	estela binaia
	23.08.8	-10.49	6.3	8°	Cep	estela binaia
PI CEP	23.07.5	-10.5	1.6	1.2°	Cep	estela binaia, deslilian
Phil ACR	23.14.5	-6	4.2	*	Amp	estela varietal quadrilata
P#e ACR	23.19.0	-9.6	5	1.5°	Amp	estela binaia
	23.19.1	-13.08	5.1	13°	Amp	estela binaia colorida
Dunlap 259	23.23.9	-55.8	6.5	27°	Gau	estela binaia
99 ACR	23.26.0	-20.6	4.4	*	Amp	estela
	23.25.7	-15.78	6.8	Sellar	Amp	estela varietal
Gamma CEP	23.39.3	-77.0	3.7	*	Cep	estela binaia
T#se a PTE	23.39.5	-16.6	6.6	1°	Pce	estela binaia
	23.43.8	-15.17	5.8	Sellar	Estela varietal
	23.46.0	-18.41	5.5	2°	Amp	estela varietal de meera magnificulamc
	23.46.4	-10.39	6.9	Sellar	P#a	estela varietal varietal
	23.51.0	-15.75	7.4	7°	Amp	estela binaia de meera magnificulamc
	23.51.5	-27.09	6.9	7°	S##	estela varietal
	23.58.5	-71.24	4.7	Sellar	Gau	estela varietal
	23.59.0	-53.49	6.9	3°	Cep	estela binaia colorida

201.

NOTE

202.

tasco®

For further questions or additional information please contact:

Tasco Performance Optics

8500 Marshall Drive

Lenexa, Kansas 66214

[phone] www.Tasco.com