DEPARTMENT OF PHYSICS€¦ · 10 Copies NASA/MSC L. 1 Copy 1 Copy Copy Copy Copy Copy D. E. N. E....

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NS HOPKINS UNIVERSITY

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OF

PHYSICS

TECHNICAL LIBRARY BUILDING 45

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S P E C I A L R E P O R T

NASA/MSC C o n t r a c t N A S - 9 - 1 1 5 2 8

T a s k I. P r i n c i p a l I n v e s t i g a t o r S e r v i c e s

- — —~ N 7 3 _ 1 9 8 6 & /(NASA-CR-1 2833=4) ULTRAVIOLET BRIGHTNESS lOF CELESTIAL TARGETS FOR APOLLO 17 j ( J o h n s H o p k i n s U n i v . ) 70 p HC $ 5 . 5 0 '> CSCL C3A U n c l a s ! G 3 / 3 0 65606

S u b m i t t e d by

Wm. G. F a s t i e P r i n c i p a l I n v e s t i g a t o r

D e c e m b e r 1972

Baltimore, Maryland 2121S

https://ntrs.nasa.gov/search.jsp?R=19730011139 2020-06-21T22:56:36+00:00Z

THE JOHNS HOPKINS UNIVERSITY

DEPARTMENT OF PHYSICS HOMEWOOD CAMPUS

BALTIMORE, MARYLAND 2121!

November 27, 1972

To : Distribution

From: Wm. G. Fastie, Principal Investigator

Subject: Special Report on the Ultraviolet Brightness of ' Celestial Targets for Apollo 17. NASA/MSC

Contract NAS 9-11528, Task I - Principal Investigators Services.

We submit herewith a special Principal Investigator.' s report, prepared by Richard C. Henry (co-investigator), giving an evaluation of the ultraviolet flux from the s tars that we expect -to measure in the various inertial hold positions and PTC scans in lunar orbit and on t rans-ear th coast during the Apollo 17 mi s sion.

Wm. G. Fastie

WGF/eb

Distribution:

10 Copies NASA/MSC L. 1 Copy 1 Copy

Copy Copy Copy Copy

D. E. N. E. T. H.

McFadin D. Clayton Jones Hardee Smith C. Cone Harvey B. Girkin Wyatt P. Ashton F. Esenwein,

Copy ONRRR/JHU W. Copy A PL T. Copy JHU A. Copy NASA G. F. Esenwein, J r . Copy NASARR/APL D. Beeman Copy NASA/GSFC J. Diggins

12 Copies Internal Distribution 1 Copy File

I

ULTRAVIOLET BRIGHTNESS

OF CELESTIAL TARGETS

FOR APOLLO 17

Submitted by

Wm. G. Fastie Principal Investigator

Department of Physics The Johns Hopkins University Baltimore, Maryland 21218

NASA/MSC Contract NAS 9-1152 8 Task I. Principal Investigator Services

'//'

TABLE OF CONTENTS

Introduction

Methodology

The Targets and Scans

Conclusions

List of Figures

List of Tables

Key to the Star-List Tables

Appendix A: The Ultraviolet Brightness Brightest Stars.

iii

I. INTRODUCTION

The technical Supporting Studies Plan DRD No. MA-091T

under NASA/MSC Contract NAS 9-11528, "Task I. Principal

Investigator Services", calls for studies to give maximum sc i -

entific support to the flight of Apollo 17 and to the analysis of

the data received. In pursuit of this goal, we have made an

evaluation of the ultraviolet flux from the s tars expected in the &

various inertial-hold pointing directions and PTC scans during

the Apollo 17 mission. These directions and PTC scan poles

for the nominal mission are listed in Table I. In subsequent

sections we discuss the methodology used in evaluating the flux,

and the individual targets themselves. An overview of the targets

and scans may be obtained by referring to Figure 1. In that figure,

the sky is represented in celestial coordinates (Right Ascension

and Declination), with North (the North Celestial Pole) at the top.

The left and right edges of the map are at 18 of Right Ascension,

which is near the sun (circle at lower left). The position of the

Earth in the sky (viewed from the moon) for December 12 through

18, is indicated, and also the position of the Moon (as viewed

from the Earth) for December 17, 18, and 19. The field-of-view

of the Apollo UVS is indicated for each of the inertial hold targets.

A thirty-degree avoidance circle has been drawn around the sun.

TABLE I

INERTIAL HOLD AND P T C TARGETS

Target

Lyman Alpha Minimum

Ear th

Moon

F i r s t Sleep PTC

Coma Cluster

Mode III 60 x 14

Mode III 60 x 60

a E r i

a E r i , a Gru PTC

Second Sleep PTC

Dark North

North Ecl ipt ic Pole

Mode IV

Virgo Clus ter

Dark South

NEP, Y Peg PTC

Spica

Spica, r]U Ma

Third Sleep

UVS Line

0 4 h 3 5 m

14 10

06 58

12 58

06 27

04 31

01 38

14 00

19 00

12 30

01 05

13 24

oos

33

00

00

35

58

33

00

00

00

00

00

of Sight

+30°00* 00"

-18 15 39

+22 00 00

+26 00 00

-73 36 31

-71 51 27

-58 10 28

+22 00 00

+78 00 00

+12 00 00

-10 00 00

-11 00 00

0 9 h

09

11

10

16

15

15

19

00

20

17

17

21

07

20

04

18

17

05

+i X axis

4 8 m

31

20

00

36

21

26

00

55

20

40

55

•i o

12

51

30

55

02

40

A C

45

2 0 S

00

00

00

51

52

30

00

00

00

00

01

1 A

14

08

00

00

00

00

00

direct ion

+28°

- 1 4

+04

+07

-12

- 3 5

-40

-33

+08

+88

-17

+11

+60

+39

-25

1 A /"»

+46

- 3 0

+05

A ft

-47

51 ' 5 1 "

00 00

00 00

00 00

25 21

14 34

47 53

01 59

00 00

00 00

31 14

01 56

32 23

05 31

00 00

00 00

00 00

00 00

00 00

- 3 -

The solid lines in the figure represent the various PTC scans.

The background shading represents the accumulated expected

ultraviolet flux over five-by-five degree blocks. Data are taken

from the Smithsonian Astrophysical Observatory Catalog, with

no allowance for interstellar reddening. This may be compared

with Figure 2, which shows the same data taken from the Bright

Star Catalog, with allowance for interstellar reddening (except

for a small portion of the s tars) . In Figure 2, the Right Ascen

sion of the edge of the plot is zero hours. A grid of galactic co

ordinates has been imposed on the figure. The absolute intensity

scale is not the same as in Figure 1.

- 4 -

II. METHODOLOGY

The far ultraviolet spectrometer (UVS) has a field-of -

view about 12 by 18 . When it is pointed, for example, above

the horizon of the moon it receives radiation from the lunar

atmosphere and also from the distant sky. The ultraviolet flux

from the sky we assume to be entirely due to direct radiation

from stars in the field of view. For targets containing large

numbers of s ta rs , such as Lyraan Alpha Minimum, this is a fair

assumption. For targets in dark regions of the sky, however,

additional sources of radiation, such as starlight scattered from

interstellar dust, might be important, so the flux values we r e

port here must be regarded as lower limits. The flux was

determined in two ways, and is listed in Table II. In the first

column of Table II is the flux obtained by adding up the expected

flux from stars listed in the "SAO" Star Catalog, with no allow

ance for interstellar absorption. (The s ta rs involved are i l lus

trated in the figures for the various targets , where the number

plotted is the visual magnitude of the star. The size of the

plotted number depends, rather weakly, on the ultraviolet flux

from the star. ) In the second column is the flux obtained by

adding the expected flux from s ta r s in the Bright Star Catalog,

taking account of interstellar absorption and reducing the flux

- 5 -

TABLE II

E X P E C T E D FLUX FROM INERTIAL HOLD TARGETS

Target

Lyman Alpha Minimum

Ear th

Moon

Coma Clus te r

Mode III 60 x 14

Mode III 60 x 60

a Er idan i

Dark North

North Ecl ip t ic Pole

Virgo Clus te r

Dark South

Spica

2 -1 Flux, in Photons (cm sec A)

Bright Star Catalog

166

30

234

19

83

43

2728

8.3

42

24

4 .4

7805 (f?2 B2 star)

Smithsonian Star Catalog

1109

66

357

•28

171

103

2272 (85*)

20

115

44

17

3631 (22*) (Cp96 Bl s t a r )

. _ J

* deleting the one br ight s t a r .

of supergiants by one magnitude. The calibration in each case

was kindly provided by C. F. Lillie from OAO data. The

orientation of the field-of-view was chosen for most of the t a r

gets so that the instrument would be shaded from the sun during

the observation.

For the PTC scans, and the Mode IV Zodiacal Light

Scan, figures.are provided giving the brightness expected as

a function of position along the path of the PTC scan. Sections

ten degrees long are taken. The width of the band is taken as

12 . The celestial and galactic positions for each bin are indi

cated. If, in Table I, the +X axis position has a south declina

tion, the scan is made from top to bottom in the figure. If the

+X axis points north, the scan is made from bottom to top in

the figure.

A list of all s ta rs that are brighter than 50 photons

2 - 1 (cm sec A) is given as Appendix A.

- 7 -

III. THE TARGETS AND SCANS

In this section, we briefly comment on each of the t a r

gets and the various PTC scan paths. Detailed information on

each target and each PTC scan is provided in the Tables and

Figures.

1. Lyman Alpha Minimum. This is a region that

Gary Thomas has found to emit the least Lyman Alpha radiation

of any part of the sky. It is ra ther close to the galactic plane,

and is near the bright Pleiades star cluster.

2. Earth. The earth is also observed during the first

sleep PTC on TEC.

3. The Moon.

4. Coma Cluster. The position of the cluster of galaxies

is indicated by the circle in the figure. We hope to set a limit on

redshifted Lyman Alpha radiation from the cluster.

5. Mode HI 60 x 14. This target is observed during the

moments when it is just above the lunar horizon, in 60 x 14 nauti

cal mile lunar orbit, and also; as a calibration, for a period on

t rans-ear th coast. The mode provides a good means for observing

Xenon in the lunar atmosphere.

6. Mode III 60 x 60. As in 5 above, but 60 x 60 nautical

miles lunar orbit.

- 8 -

7. Alpha Eridani. This very bright star will be measured

as a cross-calibration between Apollo 17 and other UV experiments

that have flown. It totally dominates the sum of all other s tars in

the field of view (see Table II).

8. Dark North. As shown in Table II, this is expected to

be one of the darkest regions of the sky observed. It is hoped to

set limits on extragalactic radiation entering our galaxy. This

target is near the North Galactic Pole.

9. North Ecliptic Pole. The UVS is pointed directly up

out of the plane of the solar system. This target is primarily for

the purpose of determining the Lyman Alpha intensity in this

direction.

10. Virgo Cluster. This is another cluster of galaxies,

several degrees in extent. The UVS is in sunlight during the

measurement, for unavoidable thermal reasons.

11. Dark South. The remarks under "Dark North" apply

here also, except it is the South Galactic Pole region that is ob

served.

12. Spica. Another very bright s tar , similar to a Eridani.

13. Firs t Sleep PTC. This scan path has been chosen to

pass through the earth as viewed from the spacecraft. Time var i

ations in the UV brightness of the earth may be observed. The

extremely bright constellation Orion is also scanned.

- 9 -

14. Second Sleep PTC. This PTC scan path passes through

North Ecliptic Pole, Dark North, and Coma Cluster. It is a scan

from galactic pole to galactic pole.

15. Third Sleep PTC. This scan passes through Dark

South, and also through the bright s tars a Grus and a Pavo.

16. a Eri , a Gru. This scan passes through the bright

s tars oc Eridani and a Grus, and also the Orion region.

17. NEP, X. Peg. This scan passes through the north

ecliptic pole, and also through the bright star y Peg«

18. Spica, TiU Ma. This scan passes through the two

bright s tars Spica (a Virginis) and r\ Ursae Major is. The latter

star has been previously observed by JHU experimenters from

an Aerobee rocket.

IV. CONCLUSION

Data have been presented bearing on the UV brightnesses

to be expected during the PTC scans and while pointed at fixed

targets during the Apollo 17 mission. These data will aid in

real- t ime decision-making, and in the subsequent analysis of

the data.

- 1 0 -

LIST OF FIGURES

Page

F igure 1. Map of the sky, showing PTC scans and In-e r t i a l Hold t a r g e t s 1

F igure 2. Map of the sky, showing the radia t ion e x pected from the s t a r s in the Bright Star Catalog. , 2

F igure 3. Lyman Alpha Minimum 17

F igure 4. E a r t h 19

F igure 5. Moon 21

F igure 6. F i r s t Sleep P T C 2 5

F igure 7. Coma Clus te r of Galaxies 27

F igure 8. Mode III in 60 x 14 Nautical Mile Orbit 2 9

F igure 9. Mode III in 60 x 60 Nautical Mile Orbit SI

F igure 10. Alpha Er idan i 33

F igure 11. Alpha E r i ; Alpha Gru PTC 36

F igure 12. Second Sleep PTC 38

F igure 13. Dark North 40

F igure 14. Key Chart to Table 41

F igure 15. North Ecl ip t ic Pole 42

F igure 16. Mode IV Scan • 44

F igure 17. F i r s t P a r t of Mode IV Scan - 45 Zodiacal Light

F igure 18. Virgo Clus te r of Galaxies 47

- 1 1 -

List of Figures - Cont'd.

Page

Figure 19. Dark South 49

Figure 20. NEP, Gamma Peg PTC 51

Figure 21. Spica 53

Figure 22. Spica, Eta Ursa Majoris PTC §5

Figure 23. Third Sleep PTC 57

•12-

LIST OF TABLES

Page

Table I Iner t ia l Hold and P T C T a r g e t s 2

Table II Expected Flux from Iner t i a l Hold Ta rge t s 5

Table III Lyman Alpha Minimum Targe t 16

Table IV E a r t h Target 18

Table V Moon Target 20

Table VI Firs t Sleep PTC Scan-Brightest Stars 22

Table VII Coma Cluster Target 26

Table VIII Mode III 60 x 14 Target 28

Table IX Mode III 60 x 60 Target 30

Table X Alpha Eridani Target 32

Table XI Alpha Eri , Alpha Gru - Brightest Stars 34

Table XII Second Sleep PTC Scan - Brightest Stars 37

Table XIII Dark North Target 39

Table XIV North Ecliptic Pole Target 41

Table XV Mode IV Scan - Zodiacal Light - Brightest Stars 43

Table XVI Virgo Cluster Target 46

Table XVII Dark South Target 48

Table XVIIINEP, Gamma Peg - Brightest Stars 50

Table XIX Spica Target 52

Table XX Spica, Eta Ursae Majoris - Brightest Stars 54

Table XXI Third Sleep PTC Scan - Brightest Stars 56

-13-

KEY TO THE STAR-LIST TABLES

HR

NAME

RA(1973) DEC

B-V

SP

LUM

DMAG

SEP

V

UV

FLUX

LONG

LAT

E(B-V)

Bright Star Catalog number.

Star Name.

Celestial Coordinates, precessed to 1973.

The B-V color of the star .

Spectral type.

Luminosity Class

If the star is double, the difference in magnitude between the two components.

If the star is double, the separation of the two components in seconds of arc.

The V magnitude of the star.

The 1500 A magnitude of the star (Vega is zero . )

2 -1 The 1500 A flux in photons (cm sec A) . An

asterisk indicates that the flux has been r e duced because the star falls near the end of the target (see Figure 14).

The galactic longitude of the star .

The galactic latitude of the star.

The color excess.

The final unlabelled column gives, for inertial targets, the distance

in degrees for nearby s ta rs (for the sharp edge of the field of view)

and the distance from the point where the full stellar flux would be

seen by the instrument, for s ta r s on the graduated edge of the field

of view. Distances are truncated.

14 JC

oo

o u

Q_ O W

u p M

LYH

&N

A

LPH

A

MIN

IMU

M

TA

RG

ET

HR

1123

1163

1177

1191

1197

1203

1209

1215

1223

1228

1268

1297

1329

1331

1339

1341

1369

1375

1377

1378

1387

1388

1399

1403

1419

1445

1471

1477

1490

1497

1501

1512

1528

1573

1590

1592

1615

1627

1632

1639

1659

1750

NAME

40

42

ZETA

X

XI

41

OMEGA

CHI

51

53

56

55

62

KAPPA

TAU ; 67

72

98

4

103

PER

PER

PER

PER

PER

TAU

TAU

TAU

TAU

TAU

TAU

PER

TAU

TAU

TAU

TAU

TAU

TAU

AUR

TAU

3

3

3 3

3

3 3 3

3 3

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 5 5

5 5

5 5

RA{ 1973.0EC

40.7

46.2

47.8

50.2

50.4

52.4

53.7

54.7

56.3

57.2

4.9

11.2

15.7

16.8

17.8

18.0

20.9

22.0

22.7

22.4

23.8

23.8

25.7

26.4

28.9

32.9

36.7

37.7

39.6

40.6

42.1

44.1

47.6

54.5

56.5

57.4

1.4

2.9

2.9

4.2

6.5

19.3

33

33

33

34

31

31

30

35

34

35

27

22

20

21

21

21

.25

20

34

24

22

22

ZZ

21

32

28

20

25

28

22

32

23

32

36

25

37

41

32

27

35

24

27

52

31 0

16 5

48

58

0

44

42

31

19

30

30

4

42

34

55 4

14

14

8

56

33

23

54

37

10

33

54

49

35

33 8

0

50

24

16

38

53

13

55

8-V

-0.01

0.06

0.07

O.OC

0.22

0.12

0.31

-0.03

0.01

-0.13

0.19

0.22

0.27

-0.08

-0.13

-0.04

0.03

-0.06

0.18

0.14

0.21

0.27

-0.03

-0.06

-0.C5

0.00

-0.12

0.06

0.41

0.00

0.03

0.16

0.24

0.06

0.04

$P

80.5

B2

A2

Bl

A3

81

0 B2

A5

07

A

88

A

A8

B9

A

B9.5

B9

B7

83

A7

A7

B6

A

B9.5

A

B8

A3

A2

B3

A3

B5

A

B2

B9.5

AO

A3

A A7

A3

B2

88

B

PE

SI

M

P

SI

M

P

M

B

M

LUM

V

V

V

V

I

V

II

V

QV

V V

V V

V

V

V

V

V

V

V

ill

I

V

V III

V

V

V

TA

RG

ET

* 1

65

.9

CiM

AG

SE

P

UV

F

LUX

LO

NG

LA

T

E

4.5

2

0.2

2

.5

3.5

7.5

1

5.1

4.9

0 6

.50

5.0

0 5

.70

6.2

0

4.6

5 6

.68

5.4

0 5

.43

7.5

0

70

.2

6.8

2

.9

31

.0

0.3

158 55

160

4

160 42

160 14

162 .26

•16 43

•16 15

•16 26

-15

9

-17 32

0.30 2»

0.30 1 1

0.28 0»

0.13 2

6.6

6.0

12.9

23.3

2.80

6.00

5.40

6.30

4.00

3.70

4,19

5.13

7.44

4.24

152.8

119.4

162 17

163

5

10.5» 160 28

0.1» 160 53

26.1» 160 22

16 42

•17

9

•13 59

•13 58

•13

7

0.31 1»

1»

0.21 1 1

0.41 2<»

5.10

6.10

4.90

5.60

5.30

5.75

6.82

5.55

7.61

4.97

1.5

2.3

1.8

0.1

9.9

167 25

172 25

174 36

173 59

174 31

-17 58

-20 34

-21

2

-20 11

-20 17

0.25

0.03

5.30

5.95

1.2

174

2 -19 50

0

2.1

19.9

5.30

4.97

9.9

171 30

-16 45

5.80

5.77

2.5» 175 19 -19 40

0.06 1

5.50

5.02

13.6

165 23 -10 40

C.03

1.8

29.1 3

6.30

7.22

2.9

172 46

-17 24

0.39

4.20

5.83

0.4o 174 33 -18 30

4.70

6.33

0.2» 174 39 -18 33

5.30

4.56

23.5

174 19 -17 42

5.70

6.35

0.5* 175 31

-18 28

6.10

5.77

4.7

167 31

-10 52

4.9

26.0 3

5.3

43.5

5.70

5.70

6.20

5.70

4.20

6.35

5.22

6.85

6.06

3.62

0.8

170 46

0.1» 177 53

174 24

172

1

0.5

1.6

50.0« 176 38

12 32

•17 14

•14 9

•11 39

15

5

C.01 2

0.C9 1»

Q

4.3

94.6 3

6.40

6.10

5.80

6.00

5.50

7.05

6.33

6.45

8.55

5.32

0.4

169

3

3.8» 176 36

170

168

0.8

1.2

6.2» 177

1

8

14

• 8 30

•14 2

• 7 47

• 4 24

•10 56

0.21 0

0.58 0

0.03 0

3.0

6.5 3

4.90

6.10

6.40

6 c 40

6.30

05

10

05

8.17

6.95

6.1

0.4

0.4

0,0

0.5

167

9

164 49

172 14

175 59

169 31

2 5

3 0

5 5

25

. 8

11

3 0

C.0

3 0

.07

0.0

3

3.0

3

5.4

3

5.5

0 6

.20

5.6

8 6

.17

6.8

» 1

79

15

4.1

1

77

53

9 3

4 5

5 0

.30

1 0

.10

2

Tab

le

III

17

o CO o o CO

in CM

o CM

e o

. co r. CO

E O

.o

E

r.

E O

- O c in

m

18

o

> I m

in o

rg o

r—

_ l

o

o _l

X 3

o r - l

CO

+

r - l

m CO r - l

f l

o

(SI

r- o .-4

i n co to to • +

ro (\|

i n f-r-i >-* to rt

r-l CM

o —i

r -«

i n i n

+ +

o m i n d

r - . - i - i (si

<M CO

CM r-l

(M

i n to

e l

r-l CM

* in

•o r-l

O m o> fs) r-l r-l ris

to

+

CO fSI

fM rri

co

o* o o *r -4- ro + + +

f- .o m (M

« 1 CI « s

o m i o

o o in o

in —i in o o rH • * - 1 (M <M

* r- >o r-i o

+ + + + +

m n N i n o fM —l (SI ^ (SI

CS C> m fCl CO co to to CO CO

in (SI co (si o

N O r t D O

x 3

r- r- in h- in o to CO o Ci

tfl s -o in >fl

I A S (TJIM* r - l f -J -^IVJ * • « « » . . . . .

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-0.20

-C.18

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-C.19

-0.14

-C.23

-C.15

-0.19

-0.17

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-0.12

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-0.16

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02

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09.5

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02.5

01.5

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61

62

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01

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02

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06

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V

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III

IV

V

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IV

IV

IV

IV

II

IV

V

V V IV

V II

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V V IV

V

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IV

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DMAG

8.5

4.5

8.4

5.3

8.1

0.6

4.6

8.5

1.7

7.8

3.4

0.5

8.7

1.7

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0.1

3.6

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184.8 3

2.8 4

33.9

7.0 3

16.9

76.6 4

3.5 3

29.0

40.6

37.2

7.3

0.6

16.6

368.0 3

1.8

52.6

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V

2.00

5.30

1.90

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4.30

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3.00

5.50

4.40

3.10

4.80

5.20

4.60

4.20

3.40

4.30

6.00

3.60

4.30

4,80

1.90

4.40

3.80

4.80

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3.90

2.40

3.50

4.5o

3.30

4.80

2.70

4.80

3.80

3.10

4.40

2.50

3.90

2.80

3.90

3.80

2.10

4.60

4.20

3.40

UV

1.42

4.18

2.26

2.27

3.42

3.96

1.93

4.23

3.56

2.56

3.87

4.23

3.33

3.75

2.33

3.33

4.35

2.72

3.43

3.90

2.10

3.38

3.26

3.97

2.28

2.97

1.28

2.98

3.87

2.73

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1.45

4.07

2.96

2.77

3.66

1.83

3.15

1.48

2.78

3.16

2.10

3.77

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FLUX

1373.8

67.9

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118.6

97.6

83.4

539.2

93.7

66.0

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93.6

148.5

146.0

373.0

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83.6

186.0

195.6

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147.8

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114.8

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246.5

75.5

92.5

70.7

187.0

448.5

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214

212

167

174

241

227

237

241

240

251

250

260

263

262

266

263

272

270

275

270

272

273

277

276

277

280

275

279

282

287

289

289

289

289

294

295

295

296

298

299

125

301

302

305

314

31

54

28

20

14

31

31

38

39

56

42

15

23

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41

28

52

15

49

36

5

54

39

42

41

13

53

21

59

11

34 '

36

58

57

28

56

59

47

14 6

13

15

14

29

25

LAT

-18

-16

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-25

-16

-19

-20

-18

-20

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-10

-11

-10

-12

-10

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0.04

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35

45

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65

75

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105

115

125

135

145

155

165

175

185

195

2n-;

215

225

235

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265

275

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305

315

325

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• a - < \ » v O c \ j w + N O > N O oo en a> .*• r- m m o CM m t>- •*• . o -o en

G1 O ' H f ^ O ' -O m -O co oo

m

r- r- o e- >* «o i n —4 » H (**

• -4 p-4 r-4

•o CM r- -o in • f O D N • ! CM r-4 r-4

. CM

%0 CO CM CT^ - O o l— m r-. •* •

co CM 0>

•o o f - • *

o> r>-

> 3

m o w N CM o m C O N N CO r-4 CO • £ r 4 r-4 CC» CM O l A

o o O N i n in .$• 0 s CM in

co a oo in «•> h- i - < 0 -J1 CO

N O < 0 « 1 0 CM en COO ••• £• H CJ> 0 s

r y ^ f y (*\ 4 -

t"> O O O O O N - t W l O

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o o o r> o i n o* CM • * >t

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o o o o o ^ ^ O- CM CM

N I M f A * a

O O O O O O r-4 CM r-4 0

O + ^ c M c r i 1

o o o o r> -o o co m CM

o o

o o 0* r>-

^ r t l * v ^ ^ \r\ <w \r\ •* s- i n -1- r* »* i n f O c M * > o c M o in in ro •* —t^t

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co o

in CM

en

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> > > > > ~ « > > >

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r-4

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r-4 en c c

CO CO

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o. to

rj OS fl fl rn rv M -M l«>^ .-< N C ^ H I I I Q - 2 I a J ! i 2 j 3 c o < - o a c

CM ' 1 f j H i-l I <t ,-r, c S

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m m x 3

> i

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N f J ) C O —* .-4 <-4 »-4

O C C .1 1 1 1 1

•-* CM O • M - < O

•J O '"> 1 1 i

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l_>

1

a CM o CM ' > i 'J

c»> %0 C M •••>

• •> O - 1 O c j I I I I I

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> > o I I

CM x >r . * ^ *~t . n r j u*\ i n C.' C * CM CM ^ l

»-4 CM I M

O c^ c^ O r1^ »-H *j- n x ~i i n m *r »-4 i n "4 c\j :M r^

-4 r^j --4 - 4 - 4 m o -o r 4 CM • - *

in &< m r>j 0s

T B T CJ "1 in >r *i- 'n m I I I I I

<r --< . , o> CM .-4 m m r^t r-4 o o ' J o c-\i •o o *o -o >o i l i i l

o in

O r-in ^ I I

-4 r— <M o . o ^J t . ^ •o *3" CM cc in a- x in r r— •C i f , 0* ' j o •-O r*i '^i ^- f J

CM rn m ^ in

U-' «". < 3 < O I— r - t - (—

< t) -4 r - --3 r-4

- < s . => •l . l • — < < — • < _ l l _

C - ^ > C r~ •;

c*- e*\ rr>. c • ' N- "' l l ^ cc

o <: r. -r —4

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/^ r— >o r-i o r-» * M , r , ^J- l A

s: s* -a U Ui >

O O I

St. 3 "-1

O C T . C.. r i •£• C M

O - O O C C r - 4 I M M I C

7! Z f lU '-J UJ O O O

r i 1

U I '

•t; t.» ^ ^ O «J ^ ••< -J" '.* '""* T» CM o in r-4 o in 7v rg" ^ rvj IA cr -^ - 4 - r*\ CC T o --« r-4 r-J . n J- ^- i n f- T ^ '"* ,-4 - 4 r-4 fM <M « \ t ' M ' M -^ ^ « ] • - f <• ir>

CO r^

r^ r-«

"» U_'

O

- i r-4

«/". a. i n

'M >n ^ 4 i n

r-4

NT r 4

^ UJ 0

< K

'".' • .-o

f -

•C r \ l i n

^ r-4

i n r l

o: w

0

-a »-_ j

.*.! -•J-O O

i n

. - 4

rg

C--• - 4

• > * <r •0

CO •M

p -. -4

< t r 1

 m -0

a ^ n r-4

> r ;

— < O • ro s. 1 —1

<? r • ' T

r

m 0 f j

H- c"J l^t - M

> 3 -5 * n. 0

 C~J r - J -

C~ TO

PTC SCAN

THIKO SLdEP PERIOD

ONE PLCT STtP =

7j.O

SATURATES AT

497C.C

IRA (1973) UCC

13

FLUX

5

15

25

35

45

55

65

75

B5

95

1C5

115

i25

135

145

155

105

175

185

195

205

4.15

225

235

245

255

265

275

285

295

30 5

315

325

3 35

345

355

10

9

9 8

9

7

0

5

4

3

3

2

2 1

23

23

22

21

2 >

IS

If

15

1*

13

13

12

11

11

*

••.

*•/

10

2.7

34.5

5.1

31.8

•:

.6

2 5.3

4s.l

0.7

3.. 6

51.9

14 .A

<8.6

33.0

3.1

34.7

7.3

4... 3

l».r

44. 7

14.J

JV.4

5»2.5

7.7

2.8

41.9

11.7

'.7.1

3 /. ?

4j.>:

0.7

^A.7

53.2

2H.3

56.9

c'9.9

-3

-2 3

a 12

15

IM

19

19

18

16

13

9

-0

-6

-12

-19

-1'J

-32

-39

-4o

-52

-<>2

-65

-t 3

-5v

-54

-"> 7

-41

-3*.

-27

-2';

-14

2 5

24

19

31

53

16

34

4 3

43

37

30

i.

46

34

25

39

9

52

40

28 8

28

12

5

39

i

47

33

4

51

i5

28

39

55

21

247

236

226

217

2-9

20 2

196

191

186

181'

17?

173

169

164

159

151

139

106

40 8

355

348

34 2

33«

333

329

j 25

321

516

310

304

29 7

289

2 8."1

27f

,•59

56

51

35

26

26

29

24 2

12

45

?3

26

14

40

16

53 7

4H

27

9

23 1

36 3

51

44

31 4

14

52

43

50

50

41

25

2C

36

34

31

26

21

14 7

-7

-15

-23

-32

-4:

-49

-53

-66

-74

-81

-81

-74

-66

-58

-49

-4C

-32

-23

-15

-7 7

14

2i

2b

31

34

36

14

33

19

47

12

49

49

21

27

33

51

17

50

27 5

3 7

5C

35

34

50

37

4

27

50

17

50

32

27

21

50

50

13

4 7

19

33

14

50.26

2.96

160.59

42.18

22.91

46.10

143.47

46..74

951.94

173.71

57.79

15 7.30

23 5.44

293.73

8.05

1. 73

3.84

15.56

46.81

2 J . 2 7

8.72

7fci.45

•.-.48

9*3.64

4J.89

282.99

194.37

273.72

993 6.89

2366.97

652.76

127.47

61.33

13.50

18 3.28

16.97

• «

*»

»•

.........,...........................

.......^.•••........•s

TOTAL FLUX =

I88y4.333

PHOTONS (CM2 SEC A)-l

Figure 23

58

APPENDIX A

THE ULTRAVIOLET FLUX

OF THE BRIGHTEST STARS

ULTRAVIOLET FLUX OF THE BRIGHTEST STARS

HR

NAM

15 ALPHA

39 GAMMA

153 ZETA

154 PI

179 XI

193 OMICRON

226 NU

264 GAMMA

338 ZETA

472 ALPHA

496 PHI

533

1

542 EPSILON

674 PHI

721 KAPPA

779 DELTA

801

35

811 PI

838

41

936 BETA

985

1038 XI

1067 PSI

1122 DELTA

1123

40

1131 OMICRON

1142

17

1145

19

1149

20

1156

23

1165 ETA

1178

27

1203 ZETA

1209 . X

1213 TAU

1220 EPSILON

1228 XI

1239 LAMBDA

1273

48

1320 MU

1347

41

1417

1

1423

1443 OELTA

1463 NU

RA( 19

AND

0

7.0

PEG

0 11.8

CAS

0 35.5

AND

0 35.4

CAS

0 40.6

CAS

AND

CAS

PHE

ERI

PER

PER

CAS

ERI

ERI

CET

ARl

CET

ARI

PER

TAU

PER

PER

PER

PER

TAU

TAU

TAU

TAU

TAU

TAU

PER

PER

ERI

PER

PER

TAU

PER

TAU

ERI

CAM

CAE

ERI

0

0 0 1

1

1 1 1

2 2

2

2 2 2 3

3 3 3 3 3

3 3 3 3 3

3 3

3

3 3

3 3 3

4

4

4 4

4 4 4

43.2

48.3

55.1

7.2

36.7

42.0

50.2

52.5

15.5

26.0

38.1

41.9

42.8

48.4

6.4

17.6

25.7

34.6

41.0

40.7

42.6

43.3

43.6

44.2

44.7

45.9

47.6

52.4

53.7

52.6

56.0

57.2

59.2

6.7

14.1

16.9

29.9

27.9

30.0

35.0

>DEC

B-V

28

15

53

33

50

48

40

60

55

57

50

55

63

51

47

0

27

13

27

40

56

2

45

34

22 6

56

34

23

23

32

0

32

38

49

12

35

58 9

50

-0.10

-0.Z2

-0.20

-0.14

-0.11

-0.06

-0.15

-0.19

-0.10

-0.17

-0.04

-0.18

-0.i6

-0.12

-0.14

-0.21

-0.13

-0.14

-O.U

-0.06

65 9

48

47

33

32

24

24

24

23

24

23

31

30

•24

39

35

12

47 8

33

53

13

45

-3

33

38

6

41

52

11 1

22

16

51

1

58

48

58

40

55

42

24

38

49

52

51 6 0

24

-0.15

-0.08

-0.06

-0.13

-0.01

0.06

-O.U

-O.U

-0.07

-0.06

-0.09

-0.08

0.12

0.31

-0.14

-0.18

0.01

-0.12

-0.03

-0.05

-0.12

-0.22

-0.20

-0.21

SP

B8

82

B2

B5

B2

82

B5

BO

B6

B5

Bl

B2

83

B8

B5

B2

B3

B7

B8

B8

LUM

III

IV

V

V

V

V

V

E

IV

V IV

PE

III,

V

P

IV

V III

IV

V

V

V

V

B2

B8

B5

B5

BO.5

Bl

B6

B6

B7

B6

B7

B8

Bl

0

B5

BO.5

07

B3

B3

B3

B8.5

BO

Bl

B3

B2

E

P

E

NN

B

PE

PE

NE

V

III

V III

III

V III

IV

III

III

I V

V

V

V

V

V III

V

V III

DMAG

SEP

UV

FLUX

LONG

-LAT

E(B-V>

9.2

4.5

6.5

8.7

2.8

4.6

5.4

3.3

4.5

4.5

3.3

3.0

6.6

6.0

5.2

1.0

1.1

76.2

36.1 3

33.1

2.2 3

3.8 3

86.3

127.6 4

82.2 5

20.2

1.0

117.0

0.6

12.9 5

23.3

9.0 3

0.6

10.6 3

2.00

2.80

3.60

4.30

4.70

4.50

4.50

2.50

3.93

0.40

4.03

5.50

3.33

3.50

4.20

4.03

4.63

4.20

3.63

2.10

4.80

3.73

4.23

3.03

4.90

3.80

3.70

4.30

3.83

4.13

2»B0

3.60

2.83

6.03

4.63

2.80

4.03

3.43

4.03

4.23

3.50

5.40

5.73

5.03

3.90

1.46

1.58

2.48

3.53

4.03

4.08

3.68

1.35

3.27

-0.44

3.53

4.48

2.52

2.96

3.43

2.83

3.97

3.56

3.06

1.57

3.93

3.16

3.83

2.28

4.65

3.83

3.02

3.62

3.27

3.67

2.17

3.06

3.70

4.19

3.83

1.70

4.24

2»82

3.87

3.97

2.96

3.67

4.33

4.02

2.73

317.0

744.3

324.9

68.1

77.9

74.4

59.3

1466.1

76.9

2629.0

178.4

51.5

223.6

79.6

74.7

235.4

58.8

52.2

72.6

286.8

85.5

66.2

51.7

215.4

70.2

135.3

96.8

55.7

68.2

53.2

187.7

72.6

152.8

119.4

51.7

1062.1

• 111.5

169.6

64.5

58.8

79.6

173.0

85.4

56.2

258.1

Ul

109

120

119

121

121

122

123

297

290

131

131

129

275

267

170

151

191

152

148

137

174

149

150

158

160

166

165

166

166

166

167

162

163

219

157

160

178

153

184

234

151

208

250

199

43

25

46

28

24

46

36

34

51

52

19

34

50

23 8

45

17

49

58

59

27 1

10

17

55

22

10

59

10

34

40

0

17 5

59

21

22

22

39

12

41

54

47

23

18

-32

-46

- 8

-29

-12

-14

-21

- 2

-61

-58

-11

- 6

• 1

-60

-62

-52

-28

-60

-28

-14

• 7

-37

- 6

- 5

-16

-17

-23

-23

-23

-23

-23

-23

-16

-17

-49

-10

-13

-29

- 3

-28

-45

t 3

-37

-43

-31

51

41

55 4

20

35

48 9

42

47

20

43

39

49

15

13

56

35

37

55

3

16 6

47

43

45

51

33

32

46

28

15

42 9 9

6 7

24 3

52

29

57

25

13

23

0.02

0.04

0.01

0.13

0.13

0.12

0.C2

0.24

0.06

0.05

0.01

0.03

0.08

0.09

0.09

0.02

C.30

0.34

C.01

0.01

0.02

0.06

0.31

0.C1

0.13

0.41

0.09

0.18

0.16

0.06

0.01

0.03

,

60

> i

CO o

r- m <o o o o o o o O O O .-< O r - 4 0 0 - 1 0

eg o o o o

H O W 1A

o o -< o o o o o o o o o o o o o o o

O .-4 *A O ~< , H

g_> p» in in #H . eg p- in in o o o o eg —« o o o o o

O O O O O O O O O O

_J

i n r-l (M • * M

i n o> PA * —i

I I I I I

eg .o eg in .o in c o i n s N ^ H *r in H .-H m #-i PA

p - O -O CO r g e g r g e g I • I I I

in n o m o rg eg og -n eg I I t I I

N O O - f f f l o j i n n m N in PA *a* eg —«" in >r ** —« —«

N ( M n o i —< - < PS| <NJ —<

I I I I I

in m P- r- p-—t »~« w l I l I I

h o m o H PA o co o o 4- rt N m -c in cp **• o m in —i gr in ,-i in H gr * eg PA H P I N *• -f -O N o N co r* pg ni r\j o ^ O O O O p- in CP- o eg x-4 *-t W r-4 . - I H —4 H i~« -—f -~f ^^ *—I - »-« *H —4 I I I I I I I I I I I I I I I I I I I I

co r-4 m m •-< O PA PA m ~« PA z O o o N o n _ j N o ^ O H

H N H H N

i n n O ' i n i f t m e g •-«

O i n C N N O *0 O *-* p -

«t -t> o P- co H H in m m

C O r t N O gr m m

in o m in o m •* <»•

o o - i o o c > o — t o o o - r - c o o o N N i M - i m H O i r g N N •-«#-<»•* eg eg

N l l l H N m n j i n N N

ID O <fl O N C O O H O J H N I \ N H

O H + rtm in eg

m >!• in in in o o c o> a<

sJ-sJ-O^INi (*lr-l O* h- ^ PA PA PA PA , «-« •* .!• «4" m

CT O CO CP O O O O O O eg eg eg eg eg

in in o c* .-* o co o o co N H I N N H

eg o o o H •o co o rg •* eg o P- «*• P- PA e> -o r— * r- P- eg in 0» p- H m >o •*• m —i PA o"> P - p- PA gf o co •rf' eg <r co co

FL

UX

>

H ^ fl\ d\ O co a* co co in

eg eg

eg co PA PA PA <0 ~ i gj o p-

r— -r p» eg eg o c o O ' i H N H CM

co og co r- eg • O M o c m

•o -a- PA o eg m N O i n o

N 03 O Q5 I t J3 so O P- P-

C» r*> «-H •-< O eg in co o P-H p- •-«

oo PA co in co Q J - * t > H i n

r- eg H m r-• t p- in m •» eg in H eg

co -O eg co re,

-r co eg eg cr p- o «o CP *o

O e j eg

PA oo m o *o >}• H O H H

p - c o m e g r - PA PA in o O 0s cp Ce P~ * o Cr •>*• in in cr- **• PA CP eg p- PA co go go r-« I N J O H eg.-* * o in

H r-« eg

t o i o o o s PA o PA in in

3 m m ( M M g-

p- PA CO CO m Cr 0"> <M in eg

n M KI N m o eg eg •* PA PA gr PA eg,PA O O * rt+ rA •O'- .-• PA •*• •d- * PA —« PA gr PPI PA •*• •-« O I-H gr %»• >f

O O O O O eg o o P - H

o o o o o oo r-i eg PA m

o o o o o t - i m pg p- p-

o o o o o t> *o eg pn cr-

o o o o o o -o co in r-

o o o o o eg .1- eg go in

o o o o o PA PA * o in

o o o o o go P- in o P-

o o o o o •o cr> p- o - <

* ^ PA PA O -*• PA «r PA m o m g - i n * ~ l -mmpA-4- H - 4 * ^ m •grineg«j-in i f i m ^ i u m in * g - m r g » - 8 e g m « o m

0 . a i

< s: o

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PA

• PA

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o

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« » •

eg

. -a PA

eg

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eg

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O

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59

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3.0

m m

PA PA

o -» a . . . »H eg PA

m

m PA a

. . . r l r i < |

2.3

4

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«* J - PA fA

4- * in m p- co oo

p~ N- H eg H PA PA m H

£> o eg PA •-* . . . . .

O O PA - < *

PA

m

> > — i-i > I *-4 l-< > •-« > M M > > M. > > >

a i / i

PA m pg eg •-* CO CO CO CO CO

eg PA eg o & CO CO 00 CO O

co m o -t eg (C CO CO CO CO

r I N N O H CO CO CO CO CO

eg r- PA PM -> co co co co

m m « .

m -i o o eg co co o co co

H H O I 0 O CO 33 CO O CO

H O N O ' C CD CO X O O

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43 z a

3 t 3

3 1 h-I - I U UJ CO

cr m r> o -4 C<T ff\ gf g- f a3 X h- r— r- r- r-

rg rg rg rg rg

N S N I A I A co co rg g- in r— r— co co CO rg rg rg rg rg

co f> r-4 gf r*> rg g» 43 o rg o o o o o rg rg rg rr, r*i

gf r- tn gf o rn rr, m co co o o o o o rr, rr, m m m

X > o

o 43 r- O O o «-4 r4 rg in O —» r-4 f-4 ^-4

rf^ rr\ m rn m

r - K 1

UJ a . r-g UJ

in rg 43 rr, r-43 cr O rg rn —4 —4 r g rg i\i m rn m m rn

Z a or

x o

m m vt oo r-cc o o in . j -rg rg rg m J-r<\ m m m rn

< I o.

gf r - r - co 43 m i n 43 43 r-<f <f gf gf <f m rn m i n rn

in to r* f-4 rg eo o rg r- co *f -j- in in in m rn m rn m

UL

TR

AV

IOL

ET

F

LU

X

OF

T

HE

B

RIG

HT

ES

T

ST

AR

S

HR

3642

3658

3659

3663

3685

3734

3819

3940

3982

3990

4037

4074

4133

4140

4196

4199

4222

4234

429 5

4390

4403

4467

4537

4554

4590

4613

4621

4638

4656

4662

4674

4679

4730

4731

4743

4757

4773

4787

4798

4819

4844

4848

4 65 3

4 89 7

4090

NAME

BETA

KAPPA

PHI

ALPHA

OMEGA

RHO

THETA

DELTA

BETA

PI

LAMBDA

GAMMA

OELTA

RHO

DELTA

GAMMA

BETA

ZETA

ALPHA

ALPHA

SIGMA

OELTA

GAMMA

KAPPA

ALPHA

GAMMA

RETA

(SCTA

LAHBDA

Mil

CAR

CAR

VEL

VEL

LEO

CAR

LEO

CAR

CHA

UMA

CEN

CEN

UMA

CEN

CEN

CRU

CRV

CHA

. CRU

CRU

CRU

CEN

CRV

MUS

ORA

MUS

CEN

MUS

CRU

CRU

CRU

9 9 9 9 9

9 9

9

10

10

10

10

10

10

10

10

10

10

11

11

11

11

11

11

11

12

12

12

12

12

12

12

12

12

12

12

12

12

12

12

12

12

12

12

12

RA(19731DEC

5.4

10.6

10.3

10.7

12.9

21.3

33.2

55.9

6.9

7.9

13.1

19.9

31.4

31.1

41.3

42.0

45.9

45.5

0.2

19.8

23.1

34.5

48.4

52.4

59.5

6.7

7.0

10.2

13.7

14.4

16.7

17.0

25.1

25.1

26.6

28.5

30.9

32.3

35.6

40.0

44.6

44.8

46.2

53.0

53.0

-70

-46

-58

-62

-69

-54

-51

-54

12

-51

-69

-55 9

-61

-64

-64

-64

-80

56

-54

-42

-62

-63

53

-19

-50

-50

-52

-58

-17

-79

-63

-62

-62

-50

-16

-71

69

— 68

-48

-67

-56

-59

-59

-57

25

28

51

12

36

53 8

27 5

40

53

53

26

32

19

14

14

24

31

21

31

52

38

50

30

30

34

13

36

23

9

51

57

57 5

22

59

55

59

49

58

20

33

0

2

B-V

-0.16

-0.22

-0.20

-0.19

-0.00

-0.20

-0.20

-0.09

-0.11

-0.13

-0.08

-0.13

-0.13

-0.10

-0.14

-0.23

-0.15

-0.20

-0.01

-0.16

-0.19

-0.05

-0.15

-0.00

-0.16

-0.11

-0.15

-0.24

-0.11

-0.13

-0.18

-0.20

-0.04

-0.16

-0.13

-0.21

-0.02

-0.18

-0.17

-0.24

-0.16

-0.19

SP

B2

82

B2

B3

Al

B2

B3

B5

B7

B2

87

83

Bl

B5

B3

09.5

B3

B3

Al

B5

BO

B9

B3

AO

B1.5

B6

B2

B4

B2

B8

B6

83

81

B3

B2

B9.5

B5

B7

B3

AO

02.5

B3

BO.5

05

03

E

N

B

E

N

NE

QPE

N

N

P

QN

LUM

V IV

IV

IV

IV

IV

II

V

V

IV

IV

I

V

V

V IV

V V

V

III

II

V

V

V

III

V V IV

III

V IV

IV

V

V

V

IV

III

V IV

IV

V

IV

DM

AG

S

EP

uv

F

LU

X

LON

G

LAT

E

(8-V

)

7.8

6.5

3.4

0.5

8.7

1.7

2.0

10.0

0.5

0.5

4.5

10.1

o.i i

0.3

3.6

10.0

I. ?

.

37.2

176.9 4

7.3

0.6

16.6

368.0 3

33.8

5.6

5.6

24.4

29.7

1.8

1.6

52.6

44.3

37.9

4.70

5.70

3.40

3.90

1.60

2.40

5.00

3.50

1.30

4.80

3.30

4.50

3.80

3.30

4.80

2.70

4.80

4.40

2.30

3.80

6.10

3.10

4.30

2.40

5.20

4.40

2.50

3.90

2.80

2.50

4.20

4.00

1.50

2.00

3.90

2.90

3.80

3.80

2.70

2.10

3.00

4.60

1.20

4.60

4.00

3.78

4.48

2.28

2.97

1.77

1.23

4.02

2.98

0.66

4.03

2.72

3.87

3.45

2.73

4.12

1.45

4.07

3.42

2.47

2.96

4.95

2.77

3.57

2.40

3.55

3.66

1.83

3.15

1.48

1.96

3.46

3.12

-0.15

0.94

2.78

2.57

2.96

3.16

1.67

2.10

1.98

3.77

-0.20

3.76

3.07

98.1

51.5

390.6

147.8

103.1

981.1

56.2

113.0

755.0

77.9

113.1

64.5

192.4

142.3

51.2

1426.8

53.6

97.6

54.1

114.8

53.2

74.8

85.0

70.0

174.7

53.9

591.2

106.1

816.1

200.0

64.8

128.7

5275.0

950.9

246.5

89.9

114.8

75.5

489.3

92.5

514.9

70.7

6112.1

54.9

134.8

286

268

277

280

285

275

274

279

226

279

290

282

234

287

289

289

289

297

149

289

286

294

296

140

286

295

295

296

298

290

301

299

300

300

299

295

301

125

301

3C1

302

302

302

303

303

11

40

41

13

59

53

36

21

26 9

10

59

53

11

34

36

58

44

11

57

19

28

10

51

54

56

59

47

14

59

20

19 8

8

6

28

28

13

39

15

27

14

28

21

22

-15

+ 1

- 7

- 9

-14

- 3

* 0

+ 0

+ 48

+ 3

-11

• 0

• 52

- 3

- 5

- 4

- 4

-18

• 54

• 6

• 17

- 1

- 1

+ 61

• 41

+ 11

+ 11

• 10

• 3

+ 44

-16

- 1

- 0

- 0

+ 12

+ 46

- 9

• 47

- 6

+ 13

- 5

• 6

• 3

• 3

+ 5

25 9

22

36

24

32

25 6

56

24

10

54

46 9

0

54

41

58

48 5

23

24

44

23

38

38

34 2

47

31

32

22

22

22

28 3

19

16

18

53

14

23

11

44

42

0.08

0.02

0.04

0.C2

0.04

0.01

0.06

0.11

0.01

0.08

0.C6

0.05

0.07

0.11

0.C6

0.01

0.12

0.06

0.13

0.03

0.03

0.04

0.06

0.04

0.07

0.02

Ul.

TR

AV

tCl.

ET

F

LU

X

OF

TH

E

BR

IGH

TE

ST

S

TA

RS

HR

4905

4915

4942

5035

5036

5056

5132

5190

5191

5193

5210

5231

5248

5249

5267

5285

5354

5378

5395

5425

5440

5453

5469

5471

5528

5571

5576

5605

5626

5651

5664

5685

5695

5738

5712

5776

5778

5781

5793

5012

5885

590<,

5928

5941

5944

NAME

EPSILON

ALPHA

XI

ALPHA

EPSILON

NU

ETA

MU

3

ZETA

PHI

UPSILON

BETA

CHI

IOTA

TAU

SIGMA

ETA

RHO

ALPHA

OMICRON

BETA

KAPPA

PI

LAMBDA

DELTA

BETA

DELTA

EPSILON

PHI

GAMMA

TKETA

ALPHA

TAU

1

2

RHO 48

PI

LIMA

CVN

CEN

VIR

CEN

CEN

UMA

CEN

CEN

CEN

CEN

CEN

CEN

CEN

LUP

LUP

LUP

CEN

LUP

LUP

LUP

LUP

CEN

LUP

LUP

CIR

LIB

LUP

LUP

LUP

LUP

CRB

CRB

LIB

SCO

SCO

SCO

LIB

SCO

12

12

13

13

13

13

13

13

13

13

13

13

13

13

14

14

14

14

14

14

14

14

14

14

14

14

14

15

15

15

15

15

15

15

15

15

15

15

15

15

15

15

15

15

15

RA(1973)DEC

52.8

54.8

5.3

20.9

20.6

23.8

38.2

47.9

46.5

48.0

50.3

53.9

56.6

57.0

1.9

4.4

17.7

21.4

24.4

30.8

33.8

36.1

40.1

40.3

49.9

56.8

57.4

3.3

7.0

11.0

14.8

15.5

19.6

20.8

21.4

33.3

31.8

34.0

33.5

37.0

49.4

52.0

55.2

56.7

57.2

56

38

-49

-60

-52

-11

-53

-41

49

-42

-32

-47

-41

-44

-60

-41

-45

-39

-45

-50

-42

-49

-47

-37

-43

-43

-41

-46

-45

-44

-60

-9

-40

-44

-36

-41

31

-44

26

-29

-25

-25

-29

-14

-26

5

27

45

50 2

0

19

32

27

20

51 9

58

40

14

3

56

22 5

20 1

17

16

40

28 1

59

56

10

23

51

17

33

36

46

4

27

51

48

41

40

15 8

11 2

B-V

-0.03

-0.11

-0.20

-0.14

-0.24

-0.24

-0.23

-0.19

-0.21

-0.23

-0.22

-0.21

-0.23

-0.20

-0.19

-0.19

-0.16

-0.19

-0.21

-0.15

-0.21

-0.17

-0.16

-0.22

-0.22

-0.18

-U.17

-0.06

-0.11

-0.22

-0.17

-0.15

-0.21

-0.13

-0.18

-0.02

-0.17

-0.05

-0.08

-0.20

-0.09

-0.19

SP

AO

B9.5

B2

85

Bl

Bl

81

B2

B3

B2

B5

B2

B2

B2

Bl .

83

B3

B3

B3

B2

B1.5

B5

B2

B3

B6

B2

82

B5

B3

B3

09

B8

B2

B3

B5

B2

B7

B5

AO

B2.5

B2.5

82. 5

B2

8 Bl

PV

PV

PNE

P

NE

N

NN

N N

P

LUM

V

V

V

V IV

V

V II

I IV

IV

V II

V IV

V II

I V

V

V II

V III

IV

V IV

V II

I

V

V IV

IV

V

V

IV

V

V

V

V V

V

DM

AG

S

EP

U

V

FLU

X

LON

G

LA

T

E(8

-VI

2.5

5.1

1.9

10.9

9.9

1.6

8.1

10.9

10.6

0.0

8.1

0.1

0.4

8.3

1.7

0.3

2.7

2.0

10.5

6.0

19.9

26.0

60.5

37.6

47.9

9.4

1.4

5.6

27.6

0.1

3.8

1.6

0.8

50.0

1.4 3

0.1

3.1

2.9

38.4

51.2

1.70

2.80

4.20

4.50

6.10

0.90

2.30

3.40

1.80

3.40

4.70

2.50

3.80

3.80

0.60

4.30

3.50

4.40

4.50

4.4J

2.30

4.00

2.30

4.00

4.30

2.60

3.10

4.70

4.00

4.80

5.00

2.60

3.20

3.30

4.50

2.70

4.10

4.50

2.20

3.60

4-60

4.60

3.00

A.80

2.93

1.70

2.47

3.08

3.73

4.45

-0.57

0.83

2.13

0.87

2.23

3.86

1.23

2.58

2.63

-0.82

3.32

2.57

3.47

3.72

3.33

0.98

3.18

1.13

3.17

3.56

1.38

1.88

3.86

3.12

3.97

4.60

2.06

1.98

2.47

3.68

1.53

3.46

3.66

2.20

2.63

4.23

4.08

2.68

3.74

1.68

133.7

98.6

187.0

56.7

76.2

7789.8

2145.5

448.5

1022.2

409.0

50.1

1027.4

296.3

283.0

9806.7

107.0

213.6

93.2

74.1

148.5

1868.6

94.0

1126.5

122.9

59.1

894.8

564.6

50.1

128.7

58.8

78.4

182.4

514.9

234.2

59.3

779.4

57.3

60.2

84.4

283.0

64.8

74.4

270.2

72.1

980.6

122 12

118 19

305 29

306 42

30 7 43

316

6

310 11

314 25

100 43

314 14

317 17

314

4

315 58

315 17

311 46

317 43

318 28

321 34

319 55

318 56

322 46

320

8

321 36

325 54

324 54

326 15

326 52

325 19

326 48

327 50

319 41

352

1

331 19

329 13

333 50

333 11

49 42

331

1

41 53

341

4

346

6

346 52

344 38

356 23

347 12

•61

• 78

•12

+ 1

+ 10

+ 50

• 8

• 19

+ 65

• 19

• 28

•14

• 19

•16

• 1

+ 19

•14

+ 20

•14

• 9

•16

• 9

+ 11

*20

+ 14

+ 13

+ 14

• 9

+ il

•11

- 2

•39

•13

+ 10

• 16

+ 11

• 54

• 8

• 53

• 20

•21

+ 21

• Id

+ 28

• 20

10

46

54

40

24

52

44

54

19 7

12

12 5

27

16

33 9

2

31

15

41

52

26 6 7

55

46

56 8

27

54

15

50

20

45

54

43

46

47

27

43

37

17

39

14

0.04

0.01

0.04

0.04

0.01

0.02

0.03

0.01

0.02

0.03

0.05

0.01

0.02

0.02

0.05

0.05

0.07

0.03

0.04

0.02

.

0.02

0.03

0.04

0.28

0.02

0.04

0.03

0.07

0.19

0.16

0.04

C.09

OS

Ul.TRAVtCl.ET


HR

5948

5953

5984

5987

5993

6027

6028

6084

6092

6115

6141

6143

6164

6165

6175

6247

6252

6396

6431

6440

6453

6462

6500

6508

6510

6527

6535

6580

6588

6712

6716

6743

6787

6839

6879

6897

6946

7001

7029

7039

7074

7106

7121

7178

7236

NAME

ETA

DELTA

BETA

THETA

OMEGA

NU

13

SIGMA

TAU

EPSILON

22

TAU

ZETA

MU

MU

ZETA 68

THETA

GAMMA

DELTA

UPSILON

ALPHA

LAMBDA

KAPPA

IOTA 66

THETA •

102

EPSILON

ALPHA

ALPHA

PHI

LAMBDA

BETA

SIGMA

GAMMA

LAMBDA

LUP

SCO

SCO

LUP

SCO

SCO

SCO

SCO

HER

NOR

SCO

SCO

OPH

SCO

SCO

OKA

HER

OPH

ARA

ARA

SCO

ARA

SCO

SCO

HER

OPH

ARA

HER

SGR

TEL

LYR

SGR

PAV

LYK

SGR

LYR

AOL

15

15

16

16

16

16

16

16

16

16

16

16

16

16

16

16

16

17

17

17

17

17

17

17

17

17

17

17

17

17

18

18

18

18

18

18

18

18

18

18

18

18

18

18

19

RA(1973)DEC

58.3

58.7

3.9

4.8

5.2

10.4

10.7

19.6

18.9

25.2

28.6

29.6

34.5

34.2

35.7

50.0

50.5

8.7

16.3

21.5

20.-3

23.1

28.7

28.9

29.8

31.8

32.9

40.6

38.7

58.9

0.3

4.5

7.6

16.7

22.4

25.0

29.9

36.0

42.5"

44.0

49.7

49.1

53.6

57.9

4.8

-38

-22

-19

-36

-20

-19

-27

-25

46

-47

-25

-34

-42

-28

-10

-38

-37

65

33

-62

-24

-56

-60

-37

-49

-37

-32

-39

46 4

-22

-50

20

-42

-34

-45

-10

38

-35

-27

-62

33

-26

32

-4

19

32

43

43

35

23

51

31

22

30

3

38

47 9

30

0

58

44 7

50

58

21

39

16

51

4

33 1 1

21

46 5

48

18

23

58

49

45

39 1

12

20

19

38

55

B-V

-0.23

-0-11

-0.07

-0.19

-0.04

0.04

-0.16

0.14

-0.15

-0.07

-0.11

-0.17

-0.25

0.02

-0.21

-0.22

-0.13

-0.15

-0.21

-0.13

-0.10

-0.22

-0.18

-0.21

-0.22

-0.18

-0.04

-0.07

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-0.02

-0.18

-0.00

-0.17

-0.10

-0.15

-0.01

-0.21

-0.04

-0.10

SP

02

BO

80.5

B2

Bl

82

B2.5

Bl

B5

B3

B2

B2

09

BO

09.5

B1.5

82

B6

B3

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B2

Bl

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B3

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07

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B3

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80

BO.5

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B9

B3

B2

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B2

B8

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07

B2

B9

B9

DKAG

3.8

4.0

2.5

7.0

10.7

2»7

0.5

0.5

5.4

6.5

7.1

9.5

4.8

6.5

7.0

11.3

3.3

9.5

7.7

9.0

J-7

8.8

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15.5

13.8 3

1.1 4

20.7

6.7

23.9

346.0

346.0

4.7

17.9

47.4

55.6

6.1

8.2 3

23.4

32.5

12.4

57.1 5

9.6

63.1

4 6.6 6

13.8

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3.40

2.30

2.60

4.20

3.90

4.00

4.53

2.80

3.80

4.40

4.70

4.20

5.50

2.80

2.50

3.10

3.50

3.10

4.80

5.80

3.20

3.30

3.50

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3.80

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6.40

1.80

3.50

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0.00

4.80

3.10

4.20

3.40

2.00

3.20

3.40

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2.13

1.55

2.05

3.13

3.43

4.08

3.58

3.23

2.98

4.07

4.03

3.23

4.72

1.35

2.50

1.78

2.28

2.36

4.07

4.46

2.03

2.38

2.96

2.64

1.88

0.28

3.90

1.18

2.92

4.28

4.97

3.05

3-43

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2.62

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3.18

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FLUX

448.5

1219.4

769.4

178.5

195.6

74.4

118.0

235.2

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53.6

77.9

162.8

70.3

1466.2

542.3

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390.6

178.4

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52.6

491.7

514.6

79.6

198.7

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3560.5

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1075.8

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68.9

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204.0

52.6

638.1

93.7

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56.7

LONG

338

350

353

340

352

354

348

351

72

336

353

345

340

351 6

346

346

96

56

328

0

334

331

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340

351

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351

72

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67

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333

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31

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16

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59

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48

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37

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+ 11

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NAME

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SP

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V

UV

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LONG

LAT

E(B-V)

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CAS 23 57.6

55 36

-0.08

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2.1

3.4

4.80

4.13

102.7

115 33

- 6 22

0.20

CD

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DEPARTMENT OF PHYSICS€¦ · 10 Copies NASA/MSC L. 1 Copy 1 Copy Copy Copy Copy Copy D. E. N. E....

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Transcript of DEPARTMENT OF PHYSICS€¦ · 10 Copies NASA/MSC L. 1 Copy 1 Copy Copy Copy Copy Copy D. E. N. E....