SUBJECT INDEX

A

AAVSO 485.486.487.488.489.490. 495.496.497.498.501,502. 745.748

abundances 63.64.190.197.198. 200.201.202.204. 208.213.215.216. 222.253.285.315.319ff. 395.397.407.408. 409.412.414.416.524.

accretion jmagnetic 320

accretion di&k& ;in CVs 731ff ;in X-ray binaries,

novae. and dwarf novae 717-742.743-749.

acoustic cut - 011 lrequency 66.222.563. acoustic mode 60,61,62,387,402,403,416 acou&tic wave 20,22,51,104,131,141,142 active .taro 665-680

activity cycl., 609.683.691.702.704.705 ;model of 285ff.277

activity parameter. 775-790 adiabatic o.ci/lation 18.20.31.36.37.50.88.104 adiabatic .tratilication 100.103 Algol .y.tem, 605-614.616.617.695.696.697

amplitude modulation 332.363.364.365. 413ff.479.480.481.

angular momentum 124.135.136.195.257. 696.698.700.701.703.726ff

angular momentum transfer 608.7oo.726ff

ap.id41 motion 565-576.577-586.607.653. 659.660.661.662.697.700.

AI' .ta... rapidly oscillating 313-338.397

813

a.tero.ei.mology 213-225.233.269.273.294.300, 313-338.387-395. 405-420.421-436.511

asymptotic "naly.i. 17.22.30.114 ;for low-fl1lquency

oscillations in rotating stars 329

atmo'pheric extinction 277 .278ff atmo.pheric structure 65 AXAF 773.7,14

B Baade'. pullation t.st 301.303 Balbu. - H awlell in.lability 736ff Balmer .pectrum 281.282.324.713

ba.ic equations 278,300 . ;of bydrodynamics 4

B - type variables 190,293,313,387,56Off,562 BISON 71 Black hole 760ff boundary condition 254,255,310,563 Brunt - Viii.iilii frequency 517

c

CataclY8mic variable.! 529,695,697,700, 701,703,717.742.

CEFF 106 centrifugal force 37,39,41,42,44,148,220,699 Cepheid in.tability .trip 2,273,285,293-311

Cepheid variables 201,293,317,421-436, 437-458,516.

characteri.t'c· length 181,282. chromosphere and corona 277,673,686. chromo.pheric activit!! 470. Classical Novae 771. Clooe binaries 695-710 CNO cycle 214,766

814

compo.ition profile 103,108,115,525

compo.sition .stratification, of white dwarf. 515.

conductive opacity 205ff,205. contact binarie. 698.

convection 2,7,9,10,11,59,61,62, 64,65,73,84,87,93,94, 99,I00ff,102,103,104, 105,113,114,115,116, 117,118,119,120

;zone 177,197,201,203, 214,222,259,323,461,462, 463,464,473,699.

convedive flux, perturootion oj 7,13,66,110. convective insta.bility 9. convective (or g-) mode in a rotating !tar 25. Corioli. force 39,41,44,45,47,220,681. CaRAVEL 479. Cowling approximation 19,22,517. C P staro 313-338. critical frequency 333,373. cutoff frequency 66,189,222.

D

DAV .tar. 511-528,561ff,562,563.

damping of oscillation 3,52,518. irate 52. ;time 52,75.

DBV .taro 511-528. Debye - Huckel approximation 182ff,186,198,207. degeneracy oj eigenfrequencies 220. degree I 17,27,31,32,33,45,329.

delta Scuti star .. 31,48,115,213-225,243,252, 272,274,277-290,293-311,313, 315,322,327,333,387,392,406, 427,459,462,468,469,470,471,484, 511,558ff,560ff,562,563,564.

Detached systems 653-664,697. diagnostic diagram 303,304,479. differential rotation 38,60,125,221,223,520,525.

difJu.ion appro:r;im&tion 169,170ff,172,173,175, 191,258,320ff,332,327.

difJu.ion mechani.m 228. diffraction parameter 182. di,criminant, lor eigenvalue 305,308,309. di.b 472,474.

disper.sion relation 98,99. ;for acoustic wave 20.

di.tance moduli 447ff. di.tribution of eigenfrequencie. 228. Doppler broadening 192,195,405,407,409. Doppler imaging 67,68,319,475,667,676,776. Doppler velocity 60,61. double mode 560. DOV .taro 511-528,562. DSN 243,244. DSSN 272. Duvalllll relation 27,28. Dwar I - Novae outbur sts 738ff. dynamical frequency 20,28,34. dynamical phenomena 63. dynamical time 6cale 6. dynamo 124,126,129,145,285,471,472,473.

E Early type OB variable. 587,588,601,602,603.

eclip.ing binary 536,577,578,615-622, 623,653-664,695.

Eddington factor 189,293.

eigenJrequency

390,439,519. ;genera/ properties 0/ 49,51,355,

;of high - order p - mode 47.

eigenfunction 89,129. jadiabatic 50. ;for a white dwar / model 519. jgeneral propertie6 of 16,18,

30,31,34,36,37,39,44,45,50,439. ;0/ g - mode. for Sun 217. ;nonadiabatic 50,S!. ;poloidal 44. jradial 220.

eigenvalue condition 45. eigenvalue problem 15,16,18,301.

emiuion mea&ure ;line 285,682.

energy ;minimization 183ff,I84,185ff,187,188. ;content 9,171,172,181. jtron8port 7,9,84,119. ;mechanical 2,50,105,137,138. jequation 5,7,9,12,13,15,49. ;internal 6. jgeneration 6,9,49. if lux 6,7,8,9. ;thermal 14. ;4en.ity 38,720,728. jpotantial 105.

EOS 196,197,198,199,200,201,202,206ff,461.

equation 0/ .!tate 1,7,9,20,44,60,61,64,93ff, 102,104ff,105, 106, 107,108, 110,111,112,113,114,115, 122,169,170,171,177-212,222, 254,461.

equation ;of motion 5,7,12,15,16,51. ;of oscillation 89,137. ;of stellar structure 7,11)9,88.

equilibrium model 37. equilibrium state 296. EROS 199. ESA 792 . ESTEC712. Eulerian perturbation 254. evane.scent zone 23,29,90.

Evolution of binary .y.tem. 653-664. jTotating stars 253-260.

evolutionary track 323,332,333.

excitation mechani8m ;of Gamma Dor 239. ;of roAp stars 403,406. iO/ solar five - minute

oscillation 59,73,75,76. istochastic 51.

F

Five - minute oscillation (see solar Jive minute oscillation)

flare. (.olar) 784ff.

27,60,62,66,69,88.

flickering ;f - mode 98,99,110,127. ;frequenC1J of 31.

forward problem of 6ei6mology143,144.

Fourier analY8i .. 51,74,228ff,269,270,271, 298,304,305,306,400.

;tachometer technique 67. 71,72,73,126.

;Hankel 137,144.

free - fall time 20.

frequenC1J of oscillation 387,470,475,517. ;in co - Totating system 213. ;.plitting 76ff,87,146,520.

frequenC1J spacing 332,333,387,388,389,393,520.

G

'Y Dar 227,238ff,243,244,248, 274,277-290,293-311, 427,459-466,467-484.

Gaunt factors 193.

g -mode iJrcquencies 34,36,46,23,25,26,

29,30,31,41,72. jin lower main - sequence stars 238. tin white dwar Is 516. isolar oscillation 66,69. jgamma Dor 472,477,478,483. ;trapped in (-gradient zone) 29.

g - node 217,218,461. Globular clusteTs, binaries in 561. GOES 775-790. GOLF 72. Grand - Canonical 178,180. gravity waves 23,31,135.

H H - alpha emi8sion 681,685,687,688.

helioseismology 41,59ff,169-176,117,183, 190,197,207,208,344,405, 511 ,517,520.

H enyey method 255,256,257.

815

816

Hert .. prung - Ru •• el di4gTllm 321,326,469,470, 486,543,560.

high - degT" mode 214,218,407. hydrodgnamiCl 4,112,221,253-260. hydrogen - burning .hell 654,658,662.

I-K

in.tllbi/itll .trip 249, 293-311,392,393. ;01 Cepheido 2,m,467,

469,470,471. ;01 vllriClbl. white dWllr I. 526. ;gener41 227-241,437,440,452. ;6Sct 459.

interstellar extinction 262,339. ;reddening 283,340.

inver.e problem 01 .ei.moI09l119,84,88ff, 91,125,143.

irrlldiation e/leet 587-604. WE 745,746. Kelvin - Helmholtz insttlbility 14. kinetic energy den.ity 728.

L

LagTllngian de.cription 4,13,253,254,255,719. ;perturbation 12,13.

Lamb IrequenCJI ;de/inition 18,22,517.

LandAu length 181.

light curve. 293-311,319,327,320,341, 342,344,345,421,421ff, 422,424,426,427,429,430, 431,432,433,435,485,486,487, 488,489,490,491,493,496,499, 500,501,514,526,531,532,533, 540,545,551,552,553,578,579, 580,587-604,623-630,658,660, 665,667,669,670,671,676,681, 683,686,687,688,690,708.

;an41y.n. 229,427,436.

;vllritlbility 01 222,227,228,230ff, 238ff,246,261,277,287,473.

light - time e/lect 607,612,613,615, 616,616ff,620,621,697.

limb dArkening 297,373,374,376,380,627. line blllnketing 324,325,340,382.

line profile. 261,277,293-311,319, 405,407,409,410,411.

line prolile vllriation 261,269,411ff. ;due to intermediate - high I mode. 214. ;01-, Dar 474,475.

10C4l analv,;. ;1"" adillbatic oscillation. 73,137. if CYr adiabatic oscillation.

in rotating star. 104.

long - period vllriable. 48&-502. long - term period variation, 605,606,607,609. Loqp model 785ff.

low - degree mode 62,70,72,75,89,90, 120,121,125,133,135, 146,214,223,387,397, 405,406,416.

low excitation 187.

low -lrequenCJI 25,31,75,89,90,94, 119,121,145,193,243, 244ff,246ff,280,342, 343,347,348,351,481,517.

LOWL71. low - m .... 6tll" 177,197,203,206. LPV.485,486,488,489,491,492,493,495,496. lumino.ity perturbation 376,378,437-458.

M MACHO 228,436,794. magnetic activity 471,607,620,621,69&-710. magnetic braking 727ff,728ff. magnetic CJIcles 605,607,608,613.

magnetic lield., .tellar 5,220,285,313,314, 316,316ff,323,325, 333,340,341,352, 353,354,355,358,358, 404,406,463,471,519if, 560,682,717-742.

;braiing 322,472.

;broadening 319.

;flu% tube. 464.

;vBriabilitll 316.

;Ap .tar. 397.

Main - ,equence dar. 31,63,64,205,213,227, 253,258,284,3131£,339, 405,406,407,416,438.

rna .. flow (exchange 10$8) ;in Algol - CV. 697.

rna •• 10 .. 588,598,620,621, 698,717,721,726,728.

rna&.! - lumino.sity relation ;driving 721ff,724ff.

ma.s transfer 598,600,653,697,717-742. mauive binarie.t 623-630. mean molecular weight 7,197,394.

mechanism idriving 2,51. jexcitation 52.

method of calculation 253,255ff. mixing -length 7,10,13 ,53,64,65 ,108,116,117. mixing mechani8ma 11,43,257,258 .

mode ;coupling 22l. ;double 227,230,421-436. ;.ingle 228,421-436.

mode identification 49,214,215,218,221,223, 304,305,309,311,410,417, 478,479.

mode trapping condition 29,218,518ff,521,523. modulation of amplitude 330,332,355,356. MORO 558, 598. m - .p/itting 220. MUSICOS 711 ,712.

N Neutron .daT. 76Off. nonadiabatic equatim" 49,50,66,89,438,439,460,46l. nonlinear interactior16 2,518.

nonradial o6cillatian.t 351. jba"ic propertie6 01 43,44. jclo..f6i/ication 0/ 45,233,238. ;hi.torical background 49. jmodal pottern. 49. ;pubation 293.294,2941£,376,

397,405,408,409,459, 467,470,478,514,516,517.

normal mode 378. jonaly"is 43,73,117,137.

nuclear energy generation 6,8,10,11,50 , 222,254.

numerical method ;for adiabatic o.cil/ations 7,19,31,175.

o

oblique pulsator model JM rapid/II oscil/ating AI' stars 317,329,331,332,

333,339-362,380, 382,419,4131£,414.

oblique rotator model 313,316ff. odd mode. 331,332,333. OGLE 228,794.

opacity 1,2,6,9,11,50,60, 63,65,96,103,104, 114ff,116ff,117ff, 121ff,177-212,381, 384,435,439,452,486,520.

OPAL 178,179,180,188,190,1941£, 198,199,200ff,2oo,201ff, 201 ,202,203ff,203,206,460.

oscillations 2 ,11 ,13,14,17,19, 20,22,25,27,34,36, 37,49,51,53,59,60,61, 62,65,66ff,67ff,71, 74,77,79,82,88,89,104, 131,137,146,148,206,213, 222,261,293,294,306,307, 319,327,328,329ff,359,406, 435,511,517,518,704.

817

818

""er,hooting 174,214,259,559,653, 654,655,656,657,658, 660,661,662,663.

fnJer&tabie o3cillation 25.

p Parker in.tabi/ity 737ff. pattern. 192.

period ;ap.idal 583,584,659. imono 478. ;multi 467,477,478,480. ;of mode 53. ;of white dwarf variabl .. 243. ;pseudo 468,469,473. isingle 476.

period change 530,536ff,538,540, 547ff,549ff,550,550ff, 554,557-564,605-614, 615-622,643,644tr,695,696 ;of cctaclysmic variables 717-742. ;of variable DA while dwarf. 519.

period gap 728ff. period - luminosity relation 507ff.

PG1l59.tars 387,513ff,515,519, 520ff,522,522ff, 523,524,525,526,531.

phase shift of pulsation 26,233.

photometry 262ff,281ff,686ff,696. ;b, v 469. ;CCD 230. jdiagnostic use, in 214,223. ;U BV RI 643-648.

photon mean free path 191. plages 681,682,683,686,687,688,689,690,691. plane wave 16,20,22,23,26. PNNs 513ff,519. plasma 104,105,107,108,171.

p - mode 207,214,215,218,251,387-395,407,471,484. ;in 6 Scuti .taro 233,462. ;in white dwar f. 517. isolar five - minute oscillation 23,24,26,29,31,

34,36,41,46,47,48,52,96,169.

p - node 216. poiuon equation 254. polarization 318. po/aTl 316,318,319. Pre - white dwarf variable, 514,515,520ft',524. profile variation 233. prograde wave 57,220,353. PSF 266,267.

puI.ation. 1-57,65,66,88,115,190,213ff, 227-241,246,293-311,316,322, 327,328,329,331,333,335, 364,373,374,397-404,406, 512,514,517,518,519,522,560.

pulsational property 343,344,351,354,355,356,387.

Q-R quantum ef ficieney 265,268. quantum number 185,382,406,411,516,517,519. quasi - adiabatic opprorimation 50. radial order n 18,19,31,45,57,62,66,70,74,138,406. ra.dial pt"'sation 45,57,293,470,512.

radial velocity 303,319,322,327,341,359, 360,369,375,383,384, 397-404,405,407,409,410, 413,415,417,474,600,616, 624,660,661,697.

iO! a nonradially oscillating rotating star 213,214,239.

jlevitotion 214,215,461.

radiation pressure 587-604. radiative flux 6,13. radiative opacity 192,205. restoring force 22,23,517. retrograde wave 45,220,353. ring. 319,322. roAp stars 339-362,363-371,373-386,405-420. Roch model 765 . ROSAT PSPC 767,773. Rossby number 471. rotating .taT 253-260,322,405,410,418,662,699.

Totation ef fecll on stellar structure 41ff,60,464. ;evolution 11,19,79,102. ;influence on oscillation 2,8,37ff,46,47,

48,49,61,74,76,129,130,140,143,144,147,148.

;period-equatorial velocity 214,215,341, 344,351,354,360.

ilolar internal 63,66,69,73, 79,84tr, 88,91 ,93,124,125ff,126, 129, 130ff,133ff,137, 148.

rol4tional velocitl/ 48,214,215. RR LJlr4e v4ri4bles 250,293,516,560ff,562.

RS CVn bin4ries 695,696,697,698,700,701,704, 705,706,707,708.

running wave 25,37,415.

S Saha equ4tion 184ff,185,202. • C4ling I actor 31. scattering 193ff. SchwBr%schild criterion 9,25. .. ctoral mode 17,125,411. • ell - excil4tion 2,49.

lemiconvection (zone) jdefinition 25.

semi - detached .systems 594,598,599 . .. mi - regular variable 503 - 510. SIREFE 106. SOHO 72. solar active region 775 - 790.

solar five - minute oscillation jexcitation mechanism 51,53. jlinear stability analysis 51,88. job.servation.s 21.

solar -like oscillation 41,46,70.

solar model 198,199,200,206,207,208,213,222,259. ;.tandard 31ff,62,62ff,88,90,

93ff,94,96,97 ,99, 100,101,103, 104, 105,106, 107,108,110, 111,112,121,122,143,144,145.

,olar neutrIno 103ft". 1J0iar oscillation 118,222,526. • olar seismolo911 169-176,405ff,511. solar - type magnetic stars 322,369,370.

sO'Und .peed 177,183,197,198,222,330,394,732. ;delinition of 18,20,29,65,81,88,92,104,115,121,122,

123,135,136,138,140,141,148. jnear the sur face 21,22. ;of .olar interior 20,28,96,100,101,101ff,102,103,

104,106,114,115,117,118,119,120,121,169,172,174,175.

spectrai line variation by nonradi41 o.cillation. 214,273, 401,402,403.

IJpectrum analysi, 267ff,768fl".

T Te .. eral mode 411. thermal time ,cale 14,461. thermal de - Broglie wavelength 181. third bodl/ 578,616,617,620,697. tidal 14g 322. time - dependent convection theory 13,51,53,254. toroidal mode 44,45,358. total energy oj oscillation 14. tradition41 4pproxim4tion 253,267,278,289 .

transition region 682. trapping of o.cillation 23ff,218 . travel time , oj wave 29 . TON 72.

turbulent convection 2,7,9,10,11. ;pressure 222. jviscosity 732ff.

turning - point 20,22,23,24,25,26,27,29,39,89,95,118,119. turnover time 471,767.

u-z Unit vector$, azimuthal derivative 15,16,41,140. variation in line profile 775-790. variational principle 36ff,44,88,98. velocity field, inJluence on oscillation 8,406, 407,409,410,416,417. VIRGO 72. viscosity 435. VLT 266. wave number 16,23. wave trapping 23ff,29. WET 243,244,250,271,514,515ff,520,522,523, 525,526.

White dwarf 178,197,204 ,206,243,294,323, 511-528,765-774.

jasteroseismology lor 41,46,406 . icoolin9 3. ;excitation mechanism 7. jvariable DA white dwarfs 3. jvariable DB white dwarJs 3. jvariable DO stars 3.

White dwar I models, pulsational property 511-528, 561ff,562. WIMP 119.

819

820

W U M a .",tem. 627,695,696,700. X-roll'

;coronal dructure/JI4rametero 775-790.

STAR INDEX

StarNam ... Algol 696,703,706 LMC CepheitU 437-457 SMC CepheitU 437-457 Mira 486 Procyon 416,325,326 roAp &taro 313-338,562 Whit. dwarf. 562

Constellation Designations Z And 752,753,754 KI' And 618 RX And 744,746 X Z And 605-618 AB And 618,636,639,640,641 BX And 618 V376 And 623,625,627,628,629 CY Aqr 231,559 10 Aql (see HD 176232) R Aql 496,550 00 Aql618 V599 Aql 626 V1l82 Aql 600 VI331 Aql 600,602 V1441 Aql 626 R Aro 625 V535 Ara 639,640 V867 Ara 625 tau 1 Ari 625 SS Ari 618,619,620 U X Ari 685,686,687,688,689,690 9 Aur 238,460,461,476,477,478,479,480,481 V Aur 497 Z Aur 496,497,498,499,500 IT Aur 618,643-648 AR Aur 618 BF Aur 600 1M Aur 607 IU Aur 595,599,600,601,602,607 ~ Boo 70 ), Boo 313 44i Boo 607

X Cae 234,235,302,307,308 53 Cam 318 Y Cam 618 Z Cam 743,744,745,746,748 SV Cam 618 SZ Cam 595,599,600,601,602,607 AS Cam 574,575,576 DV Cam 625 WY Cnc 618 ,,2 CVn 319,416 4 CVn 213,218,219,244

821

T CVn496

RS CVn 695,696,697,696,700, 701,704,705,706,707, 708,712,793

AM CVn 718,720 BM CVn 685 "CMa 625 fJ CMa293 R CMa 618 UWCMa 625 FZ CM. 607 HL CM. 744,746 KK CMa 625 U CMi497 AD CMi 540,541 AZ CMi 232,233,234 BI CMi 234 1 Car 454 Z Car 497 AG Car 529-555 QZ Car 625 V367 Car 625 V486 Car 625 fJ Cas 233,234 X Cas 497 RR Cas 497 RZ Cas 618 SX Cas 625 TV Co. 618 UU Ca. 626 Y Z Ca. 655,657 AO Cas 625 AQ Cas 625 BY Co. 424,425 CC Ca. 625 V368 Cas 625 V444 Cas 618 V649 Cas 618 V745 Cos 625 Q Cen 625 BH Cen 618 SZ Cen 657 V606 Cen 600 V758 Cen 625 1) Cep 313,562 T Cep 496 U Cep 605-614,618,696 WX Cep 657 CQ Cep 623,626,627,629,630 EM Cep 626 GK Cep 618 LZ Cep 626 V383 Cep 626 V427 Cep 626 V442 Cep 626

822

V444 Cep 626 ZZ Cet 512,514,515,518,527,557,561 Q Cir (see HD 128898) BV Cir 234,307,308 CN Cir 625 R Corn 497 FK Corn 711-716 FM Com 244 Q CrB 317,416 U CrB 618 V Cr B 487,490,497 5 Cru 422,424 AB Cru 595,599,600,601,602 P Cyg 544,743,744,745,751 X Cyg 529-555 RS CIIg 496 55 CIIY 744,746 5W CIIg 616,618 TY CIIg 496 UX CIIY 497 BF CIIY 752,753,754,756 CG CIIg 618,705,707 CQ CIIg 705 V380 Cyg 653,654,655,656,657,658,659,660,662. V382 CYY 600,626 V448 Cyg 626 V463 Cyy 618 V512 Cyg 618 V541 Cyg 574,575,576 V729 Cyg 626 V798 Cyg 230 V1329 Cyy 752,753,754 V1580 Cyy 618 V1719 Cyy 228 VI773 Cyy 626 V1792 Cyy 626 V1898 Cyg 626 V1974 Cyy 76&-774 V2108 Cyg 626 V2126 Cyy 626 X Vel 497 MZ Vel 626 NP Del 626 'Y Var 238,239,277,285,293-311,427,459-466,467-484 5 Dor 552 W Vra 550,496,497 RZ Dra 618 5V Vra 497 TW Dra 618 5V Equ 626 01 Eri 234 YY Eri 618,620 TZ For 656,657 TOem 497 U Oem 743 V Oem 497 YY Gem 710

S Her 496,497 Z Her 685 TX Her 618 AK Her 618 DI Her 574,575,576,577-585 DQ Her 697,720,737 V822 Her 625 V838 Her 771,772,773 X, HI/4 655,657 R Hya 550,496 X Hila 497 Al Hila 657 EX Hila 529-555 NX Hila 625 VW Hili 744,746 RS Lac 497 RT Lac 618,696,704,705,707 5W Lac 618 AR Lac 685,696,704,707 HK Lac 666,667,668,676,677,685,687,688,689,690 V360 Lac 626 V394 Lac 626 XY Leo 607,619 AM Leo 618 AP Leo 618 T LMi 618 WX Lep 625 33 Lib( seee HD137949) 397- 404,416,417 W Lib 497 X LuI' 318 HX LuI' 625 RR Lyr 562 V551 Lyr 626 V556 Lllr 626 RU Mun 618 TU Mun 625 AU Mun 625 BE Mun 426,427 V526 Man 426,427 V727 Man 625 V745 Man 625 GQ Mu. 771,772,773 V374 Nor 625 (Oph 313 U Oph 618 Y Oph 448,454 X F Oph 496,497 V5020ph 618 V8390ph 618 V974 Oph 227,231 ,323 V2355 Oph 625 60ri 625

'" Ori 625 50ri 625 50ri 496 VV Or. 616 CN On 744,746

ER Ori 607 FT Ori 572,573,575 VI031 Ori 655,656,657 VI371 Ori 625 VI392 Or; 625 V363 Pav 625 T Peg 307 51 Peg 576 DY Peg 231 EE Peg 607 11 Peg 682 1M Peg 685 KS Peg 626 p Per 605-614 o Per 625 Y Per 497 Kl' Per 605-614,618,620 RW Per 618,620 ST Per 605-614,618 GK Per 718 V590 Per 625 SX Ph. 227 BF Phe 234 AE Pic 625 AR Pse 685 SZ Pse 685,686 PU Pup 625 P Z Pup 600,602 V X Pup 427,428 V351 Pup 771,772 V405 Pup 625 V431 Pup 625 XX Pyx 213,221,559 R Sgr 497 U Sgr 448,454 V505 Sgr 607 V2509 S gr 625 V3894 S gr 625 V 4407 S gr 625 I'SCO 625 V701 Sco 625 V861 Sco 625 V884 Seo 625 V906 Sco 655,657 6 Set 213,227,293-311,313,427,562 RY Set 625 EW Set 429,433 V367 Set 429,433,434 BQ Ser 429,433 MY Ser 625 ,\ Tau 625 44 Tau 234 57 Tau 243-252,484 WTau 496 Z Tau 496 SZ Tau 448,454 V471 Tau 618,619,620,704,705

V711 Tau 697 V831 Tau 230,231 X X Tri 665,666 ,668 Q Tue 245,246,247,248 T UMa 550 W U Ma 695,696,700,712,793 SU UMa 743 TX UMa 605-614,618 VV UMa 618 XY UMa 618 S UMi 496 T U Mi 496,498,499,501,502 Z Vel 496 AI Vel 227 FY Vel 625 GP Vel 625 HX Vel 625 NO Vel 625 NX Vel 625 OV Vel 625 78 Vir 316 R Vir 497 SS Vir 497 AH Vir 618 FG Vir 215,216,217,234,235,237,247 GW Vir (see PG 1159) 513,514,515,519,520, 521,523,524,525,526,561 LU Vir 625 BW Vul 529-555 CK Vul (see Nova 11 Vul) 543,544 DRVul 618 QU Vul 771,772 V403 Vul 626

HR Number. HR 465 326 HR 547 234 H R 1099 685,686,687,689,690 H R 1217 (see HD 24712) HR 1225 234 HR 2740 239 H R 3831 (see HD 83368) H R 5110 685,686 H R 5463 (see HD 128898) H R 7167 (see HD 176232 and 10 Aql) HR 7275 685 HR 7575 416 H R 8097 (see HD 201601) HR 8330 239 H R 8799 238,239,477,479,480,481

HD Numbers H D 2724 234,235,308 H D 6532 319,320,330,331,353,354,355,356 HD 8357 685

823

824

H D 9289 330,331 H D 12932 330,331,369 HD 16439 234 HD 18878 234 HD 19279 234 H D 19918 330,331 HD 21242 68S HD 22468 685

H D 24112 330,331,332,333,338,341,363,364,388, 390,393,397-404,416,417,418.

HD 31176 318 HD 37819 234 HD 40765 322 H D 42659 330,331 H D 51418 324,326 H D 60435 330,331,333,334,388,390,393 H D 62454 238,239,240,411 HD 62863 240 HD 68192 477 H D 80316 330,331

H D 83368 330,331,338,339-361,363-311, 373,374,380,382,383.

HD 84041 330,331 H D 86181 330,331 H D 99653 330,331

H D 10106 323,324,325,326,327,328, 329,330,331,341,374,390.

H D 101158 234 HD 108100 238,239,244,246,248,411,479 HD 116204 685 H D 118216 685 H D 119027 330,331,334,335,390 H D 122970 330,331,397-404,416,418

H D 128898 330,331,363,367,374,381,382,385, 390,392,393,416,417.

HD 134214 330,331,363,367,368,374,397-404,416 H D 137949 (see 33 Lib) 330,331,374,390,392 H D 150562 330,331 H D 161239 370 H D 161459 330,331 H D 163930 685 H D 164615 239,469,477,478,479,480,481,483 H D 166473 330,331,390,391,392,394 H D 176232 330,331,390,416. H D 119094 685 H D 185256 330,331 H D 190290 330,331,390

H D 190406 370 H D 193756 330,331 H D 196470 330,331 H D 201601 330,331,390 H D 203932 330,331,335,390 H D 209813 685 H D 210334 68S H D 213637 330,331 H D 216489 68S H D 211522 330,331,390,392 H D 218495 330,331 HD 219113 685 H D 224638 468,469,474,475,411 H D 224639 234,238,241,301,468 H D 224945 239,468,469,474,477 H D 225086 468

HY Numbers HV 2274 653,654,660,661,662,663,664

HIP Number. HIP5112508 HIP 9809 508 HIP 10013 508 HIP 10155 508 HIP 10114 508 HIP 21633 508 HIP30185 508 HIP31108508 HIP 37847 508 HIP 51264 508 HIP 62086 508 HIP 66404 508 HIP 61226 508 HIP 72268 508 HIP 83322 508 HIP 89510 508 HIP 98815 508 HIP 100926 508 HIP 102330 508 HIP 105019 508 HIP 106929 508

LMXB LM X B 0614+091 763 LM X B J1516-569 762 LM X B J1655-40 762 LMXB 1128-247761,763 LMXB JI744-28760,761,763 LM X B 1908-005 760,763

Other nuignatioru BS 2740 238 CD 7599 213,220,221,250 GD 358 514,523,524,525,526 PG 0122 522 PG 1159 ( see GW Vir) 387 PG 1707513,522 PG 2131 513,522 RX 32117 513,514,523

825