加藤賢一データセンター

磁変星、磁気特異星、化学特異星、Si星、水銀マンガン星、金属線星　リスト

Ap, Magnetic CP, CrSrEu, Si, HgMn, Am, Chemically Peculiar stars

Si星、水銀マンガン星、金属線星は全く不完全。参照しないこと

1. Magnetic CP stars, CrSrEu

CP2 + CP4(He-w)

2000.8.6.

2010.2.8., 4.19., 5.2.

SP(H)

Magnetic Field

Teff

log g

ref6

stratification

ref7

rem

ref8

v sin i

ref9

OAO 2003&4

UVES

ELODIE

DAO(sada)

Ref1

ref2

ref3

ref4

ref5

Name

Osawa(1965)

HIDES

plate

Ref1

ref2

ref3

ref4

ref5

315

B9IVp

AM95

965

7500

4.00

RK08

Ca,Fe

RK08,NW08

roAp

EK05

>10y

M08

2453

BD+31.59

A1pSrEuCr

SrCrEu

-425 -710, 3.7K

8710

3.86

HN00

MC92

A73

C93

S93

ML92

2837

CrSr

3980

183A

xi Phe

A3VpSrCr

1200

8240

4.05

EK08

not roAp

EK08

AM95

OL08

4778

234

GO And

A1CrSrEu He-w

CrSrEu

- +

SiSrCrEu

AM95

BB03

5737

280

Alp Scl

B6pSrTi He-w

13900

3.25

LA01

BB03

5797

SrCr

2.3k

8000

3.70

IB94

A73

6164

SiCrEu

6532

A3SrCr

SrCr

215G

8200

4.30

EKM08

roAp

EKM08

HS04

8441

BD42.293

A2pSr

SrCrEu

-750 +400 Irr

MC92

A73

C93

S93

8855

SiCr

9289

A3SrEu

654G

7700

4.10

EKM08

roAp

EKM08

9393

Si 3955 Cr strong

9996

465

A, B

B9pCrEuSi

CrEu4012

-990 +135, 4.4K

9700

4.01

HN00

23
_21y

AM95
M08

MC92

CHAC73

C93

S93

ML92

10221

478

43 Cas

A0pSiSr

SiCr

-1200 +

11900

3.90

GR05

AM95

HS04

10783

CrSr

-1200 +2200 Irr

10840

B9p, Si

11187

SiCr4012

-70 +1250

11502

546

Gam2 Ari

A2:Vp

SiHgMn

AM95

11503

545

Gam Ari S

B9V

broad

12098

7800

4.30

RN04

roAp

RN04

12288

BD +68.144

A2pCrSi

Cr strong

8.0K

9375

3.82

HN00

MC92

A73

ML92

12446

595

Alp Psc B

A3m

broad

AM95

12447

596

Alp Psc A

A0pSiSr

broad

AM95

12767

612

Nu For

B9.5IIIp

AM95

12932

A5SrEu

1.2 kG, 638G

7500

4.10

EKM08

roAp

EKM08

HS04

14171

668

A0Vp

SiSr

AM95

14392

682

63 And

B9Vp

AM95

14437

BD +42.502

7.5K

10810

3.93

HN00

15089

707

Iot Cas

A5pSr

A0+df

Sr strong, Cr

broad

SrCr

AM95

15144

710

A6VpSrCr

A1+df

SrCrstrong

-1080 -320 Irr

AM95

C93

17775

Sr Cr Eu

18078

BD +55.726

A0pSrCr

SrCrstrong, Eu

3.3k

MC92

A73

ML92

18296

873

21 Per

A2Vp

Sistrong,EuSrCr4012

-1270 +1350 Irr

SiEu

AM95

K93

18610

5.7k

8100

4.00

RN04

NW08

SR03

19400

939

The Hyi

B3V+A0IV He-w

BB03

19653

Sr Cr strong

19805

A0 He-w Si

BB03

19832

954

56 Ari

B9.5Vp

12850

4.00

AR00

AM95

19918

A5SrEuCr

1.kG

7900

4.30

EKM08

roAp

EKM08

21699

1063

V396 Per

B8IIIpMnSi He-w

BB03

22316

1094

B9p CrSi

***

12000

4.20

NW00

like 5049

<17

NW00

S93

22374

9 Tau

Cr Sr

+140

A73

22470

1100

20 Eri

B9pSi He-w

BB03

22920

1121

22 Eri

B8pSi4200 He-w

BB03

23387

A0 He-w SiCr

BB03

23408

1149

20 Tau

B8IIIp Hg He-w

BB03

24712

1217

DO Eri

A9pSrEuCr

A9:

SrCrEu,weak metallic lines

4.4k

7250

4.30

RN04

Ca
Cr,Fe
Pr

RK08
R08,SR09
MR09

roAp, coolest CP2

RN04
P77

KR94

MC92

RL97

25267

1240

Tau9 Eri

B7:Vp

SiSr

AM95

25354

SrCrEu4012

-380 0:

K93

25823

1268

41 Tau

Si4012 4077

-530 +700

Si, SiIII

P74

K93

27309

1341

56 Tau

A0Vp

AM95

27404

Si Cr strong

27536

1362

EK Eri

G8III

53 Cam like

5000

ST93

28843

1441

DZ Eri

B5-B9 Si He-w

BB03

29305

1465

Alp Dra

B9.5Vp

***

AM95

29578

7800

4.20

RN04

RK08

roAp?

RN04

>5y

M08

30466

Si3955 4200 Crstrong

-? +2320

32549

1638

11 Ori

A1VpSiCr

AM95

32633

33.953

B9pSiCr

SiCr4012

-5870 +2220 Irr

MC92

K93

32650

1643

B9.5VpSi

Si 3955 Eu

probably present

AM95

32996

1661

A1VpSi

AM95

34452

1732

B5VpSi

He w, Si, hottest CP2

P74

AM95

34719

Si Hg Cr Eu

broad

35298

V1156 Ori

B6 He-w

BB03

35456

GC 6661

B7 He-w

BB03

35502

B6 He-w

BB03

36313

V1093 Ori

B8 Si He-w

BB03

36429

B4 He-w

BB03

36526

V1099 Ori

B8 He-w

BB03

36540

V1101 Ori

B7 He-w

BB03

36629

B3 He-w

BB03

36668

V1107 Ori

B7 Si He-w

BB03

36916

V1045 Ori

B8 SiMn He-w

BB03

37043

1899

Iot Ori B

O9III He-w

BB03

37058

V359 Ori

B3pSrTi He-w

BB03

37129

B2.5Vp He-w

BB03

37140

V1130 Ori

B8 He-w SiSr

BB03

37151

V1179 Ori

B8pSi He-w

BB03

37210

V1133 Ori

B8 He-w Si

BB03

37642

V1148 Ori

B9 Si He-w

BB03

37807

B4 He-w

BB03

38104

1971

omi Aur

A2VpCr

broad

AM95

39317

2033

137 Tau

B9pSiCrEu

Cr Si

AM95

40312

2095

The Tau

A0VpSi

AM95

40394

2102

36 Aur

A1VpSi

AM95

42356

2195

A1VpSrCr

AM95

42616

CrSrEu

-840 0:

42659

A3SrCrEu

-290

8100
7700

**
4.4

RN04
EKM08

roAp

RN04

43819

2258

B9.5V:pSiSrCr

11300

3.20

LA94

S93

LA93

LA94

44738

Si Cr 3955

broad

46462

B9, Si

47103

***

Sr Eu

17.5KG

8180

3.50

RK08

47116

B9p, Si

49333

2509

12 CMa

B7p, He-w, Si

BB03

49713

Si Hg Cr Eu

49976

2534

A1pSrCrEu,A7

B9+df

SrCr

-810 +, 10.5k

9160

4.10

HN00

AM95

MC92

50169

BD -1.1414

A3pSrCrEu

SrCrstrong

+670 +2120, 4.4k

>8y

M08

A73

ML92

51418

*****

like Przy

P74

C93

55719

2727

A3pSrCrEu

****

6.5k

8910

4.18

HN00

MC92

ML92

60435

A3SrEu

8100
8200

4.2
4.4

RN04
EKM08

roAp

RN04

PK99

62140

2977

49 Cam

A7VpSr

7900

RN04

roAp?

RN04

AM95

65339

3109

53 Cam

A2pSrCrEu

SrCrEustrong

-5390 +3750 P=8.0
12.7k

8240

3.94

HN00

Cr,Fe

BL92,KN09

L88

***

ML92

66318

A0pSrCrEu

14500 !!

9200

4.25

RK08

Ca
Cr,Fe

RK08
R08

BL03

66605

A0p, Si

66698

A0p, Eu

***

68351

3215

15 Cnc

B9pSiCr

Si3955Cr

0: +strong

AM95

***

68826

AO Vel

BpSi

11500-13900

42-4.3

GH10

binary HgMn, 4 stars

70340

3278

A2VpSrCr

AM95

71066

3302

Kap2 Vol

A0pSiMn

****

MC92

71866

SrCrEu

-1700 +2000 P=6.8

72943

3394

F0Vp?Sr

AM95

72968

3398

3 Hya

A1pSrCrEu

Srstrong,Cr

-480 +740 Irr

AM95

73666

****

74169

KR Vel

A0IVp

10000

4.00

NP05

Cr type

NP05

74521

3465

49 Cnc

A1pSiEuCr

Si3955Cr4012

-200 +1450

MC92

75049

30kG! Most strong

EM10

75445

7700

4.30

RN04

RK08

roAp

RN04
KR08

79158

3652

36 Lyr

B9IIIpSrTiMn He-w

3.5k:

13300

3.7-4.2

WS08

BB03

80316

A3SrEu

8160

EKM08

roAp

EKM08

81009

3724

A3pCrSrSi

****

8.4k

7830

3.90

HN00

AM95

MC92

A73

ML92

83368

3831

A8pSrCrEu

****

8.4k

7960

4.02

HN00

MC92

PK99

84041

A5SrEu

7800

4.30

EKM08

roAp

EKM08

86181

F0Sr

88195

3989

A0IIIp FeII

shell

180

AM95

89069

****

A73

89822

4072

A1VpSiCrSrHgMn

<10

AM95

90044

4082

25 Sex

A2:VpSiSr

+580-1140

AM95

LC01

90569

4101

45 Leo

A0pSiCr:

wk, df

CrSr

<10

AM95

94660

4263

A0pEuCrSi

****

6.2k

10760

3.91

HN00

MC92

ML92

96446

CDP-59.3038

B2p He str

****

MC92

96707

4330

EP Uma

A8Sr ?

-570+930

LC01

96910

CD-47.6547

B9pSiCrEu

****

MC92

98088

4369

BD-6.3344

A8pSrCrEu,F1p

SrCrstrong

-1000 +800 P=5.9

31?

AM95

MC92

98457

CD-29.9003

A0pSi

****

MC92

99563

BD-08.3173

F0 Sr

-688G

7700

4.40

EKM08

roAp

EKM08

HS04

101065

Przybylski's lanthanide star

****

2.3kG

6600

4.20

RN04

Ca
Si,Fe,Ba

RK08
SR10

roAp, curious color

RN04
P74

C93

103498

4561

65 UMa

F0IVpCrSrEu

AM95

107612

Sr strong, Cr

broad

108662

4752

17 Com A

A0pCrSrEu

CrSrEu

-1150 +360

10300

4.30

SR96

AM95

***

108945

4766

21 Com

A3IIIpSrCr

Sr Cr

8800

4.00

SR96,AR00

AM95

109026

4773

Gam Mus

B5V He-w

188

BB03

109030

Sr Cr

110066

4816

A0+df

SrCrEustrong

-55 +300, 4.1k

9000

4.30

RN04

Cr,Fe

KN09

AM95

***

A73

C93

110073

4817

4121 4128, no other

+580

111133

4854

EP Vir

A1pSrCrEu

SrCrEu

-990, 4.4k

9930

3.65

RK08

AM95

***

MC92

A73

C93

ML92

112028

4893

A0IIp

MgSi wk

AM95

112185

4905

Eps Uma

A0VpSiSr

probably present

9500

3.60

AR00

AM95

***

K93

112413

4915

Alp2 CVn

SiHgCrEu

-1400 +1600 P=5.5

11600

4.02

KP02

***

S93

114365

4965

V824 Cen

A0p, Si

115308

5005

F2Vp

CaMg wk

AM95

115708

SrCrEu

+740

7510

RN04

roAp?

RN04

116114

BD -17.3829

***

roAp

6.0k

8000
7700

4.1
4.1

RN04
EKM08

Ca,Fe

RK08,NW08

roAp

EKM08

116458

5049

A0pSiEuCr

****

4.7k

10280

3.81

HN00

MC92

Nis98

ML92

116656

5054

Zet Uma

A1VpSrSi

****

***

118022

5105

78 Vir

A1pSrCrEu

SrCr

-1680 -140 Irr

9500

4.00

RK08

Ca
no

RK08
KN09

AM95

***

A73

LC01

118054

5106

A1VpSrCSi

AM95

119027

A3SrEu

119213

5153

A2IVpSr

AM95

119419

5158

A0pSiCrEu

****

17.3k!

9530

4.10

HN00

MC92

120198

5187

84 UMa

B9pEuCr

broad

10400

4.00

AR00

AM95

120709

5210

3 Cen

B5III He-w

17500

3.80

AP00

BB03

122532

5269

B9pSi

****

MC92

122970

BD+06.2827

****

1.7kG 216G

6930
6700

4.1
4.2

RN04
EKM08

Ca
Fe

RK08
NW08

roAp

RN04

RS00

HS04

123515

5296

B8p, Si

124224

5313

CU Vir

B8.5VpSi

12750

4.00

AR00

115

AM95

125248

5355

CS Vir

A1pEuCr

Eu strong, Cr, 4012, 4063 no Sr

-1900 +2100 P=9.3, 7.3k

9380

4.19

HN00

AM95

***

MC92

S93

LC01

125823

5378

V761 Cen

B7IIIpvSi He-w

BB03

126515

Preston's star

A2pCrSr

Cr strong,Sr

-2100 +2040, 12.7k!

9330

4.06

HN00

MC92

LC01

ML92

128898

5463

Alp Cir

ApSrEuCr:

*****

5.6k

7900
7700

4.2
4.2

RN04
EKM08

RK08

roAp

RN04

12.5

KR96

MC92

130559

5523

Mu Lib A

SrCr

-1300 -200

AM95

131120

5543

B7IIIpSi He-w

BB03

133029

5597

BX Boo

B9pSiSrCr

Si 3955 strong, Cr

+1150 +3270

11200

3.84

LA99

AM95

***

LA99

133652

5619

B8:

Si 3955 Cr

133792

5623

A0pSrCr

****

1100

9400

3.70

RK08

Ca
Si,Cr

RK08
KT06,R08

MC92

133880

5624

B9VpSi

AM95

134214

BD -13.4081

F2SrEuCr

3.1k, 2.7kG

7060
7315

4.10
4.45

HN00
RK08

RK08,R08

roAp

EKM08

134759

5652

Iot1 Lib

B9.5VpSi

AM95

134793

SrCrEu very strong

-530 +450

135297

Sr Cr

-1100 +

135679

****

C93

136933

5719

Ups Lup

A0pSi

****

AM95

MC92

137509

CPD-70.2069

B8pSiCrFe He-w

****

29,000! Most strong, 23.0k

12750

3.80

K06

MC92

BB03

HN00

137909

5747

Bet CrB

A9pSrEuCr

SrCrEu4063

-960 +1020, 5.5k

8000

4.30

RN04,AR00

Ca
Cr,Fe

RK08
R08,KN09

roAp

KE07
EKM08

AM95

***

MC92

A73, AS73

C93

FG93

K93

137949

33 Lib

F0SrEu

SrCrEu very strong, 4045 4280

+1120, 4.7k

7550

4.30

RN04

Ca,Fe

RK08,NW08

roAp

RN04
EKM08

A73

ML92

140160

5843

chi Ser

A0pSr,A5Vp

Sr Cr

broad

9000

4.00

AR00

AM95

140728

5857

BP Boo

A0VpSiCr

broad

AM95

142301

5912

V927 Sco

B8IIIs Si He-w

BB03

142884

V928 Sco

B9Si He-w

BB03

142990

5942

V913 Sco

B6IV He-w

BB03

143473

CD-37.10654

B9pSi

****

7.6k

10500

4.18

HN00

MC92

143654

A0EuCrSr

143699

5967

B4(6)IV He-w

BB03

144334

5988

V929 Sco

B4(8)p Si He-w

BB03

144661

5998

B4(7)IIIp He-w

BB03

144844

6003

B9IVn+ApSi He-w

binary

AM95

BB03

144897

8800

11250

3.70

RK08

Ca
Cr,Fe

RK08
R08,RR06

145501

6026

Nu Sco

B8IIIpSiSr He-w

AM95

BB03

146001

6054

B6(B7IV) He-w

BB03

147010

BD-19.4359

B9pSiCrSr

****

10.6k

7600

3.83

HN00

MC92

ML92

147550

6096

Ap Si

10100

3.83

LA94

148112

6117

ome Her

B9pCr

broad (- +)

AM95

148199

B9SiSr He-w

BB03

148898

6153

ome Oph

A6pSrEuCr

SrCr

AM95

149822

6176

A2VpSiSrCr

CrSi Sr

broad

10750

4.00

AR00

Si, Si III

P74

AM95

149911

6179

A2VpSrCr

AM95

150562

A5EuSi

5.0kG

7300

4.40

EKM08

roAp

EKM08

151199

6226

A2:IIIpSr

Sr Cr

probably present

AM95

151525

6234

45 Her A

A1VpSi

AM95

152107

6254

52 Her

A5pSrCrEu

SrCr

840 +1430

AM95

GM83

152187

6255

21 Oph

A2VpSi

AM95

152308

6268

49 Her

A0:IVpSr

AM95

153882

6326

BD15.3095

A1pCrEu,SiSr

-1200 +1440 P=6.0, 4.3k

9250

3.85

RK95,AR00

AM95

MC92

HN00

154708

24,500 ! most strong, Paschen-Back

6800
7050

4.11
**

HN05
EKM08

roAp

EKM08

HN05

159376

6545

52 Oph

B9V:pSi

AM95

161459

CD-51.11145

A2EuSrCr

-1755G

HS04

162374

6647

V957 Sco

B7V He-w

BB03

164258

6709

A6VpSrCr

Sr Cr strong

probably present

AM95

164429

6718

A2:VpSiSrCr

AM95

165474

6758B

A7pSrCrEu

SrCrEu

+900, 6.5k

7690

3.86

HN00

AM95

MC92

A73

ML92

166469

6802

A0IIIpSrCr

Si Cr

probably present

AM95

166473

V694 CrA

A5SrEu

8600

7700

4.20

RK08

RK08,R08

roAp

RN04
EKM08

0
>10y

GR00
M08

GR00

MK07

168733

6870

V4050 Sgr

B8pTiSr He-w

4012

14000

3.60

RN04

MC92

C93

S93

BB03

CG09

168796

Sr Cr Eu

170397

6932

A0pSiCrEu

broad

AM95

MC92

170973

6958

A0pSiCrSr

****

10750

3.50

Kato,AR00

Cr,Fe

R08

AM95

MC92

LA01

171263

****

171279

Sr Cr

broad(prob. Present)

171586

SrCr strong

-740

171914

****

172748

7020

Del Sct

F2IIIpDel Del

****

AM95

173650

7058

SrCrSi

-540 +700 Irr

K93

175156

7119

B4(5)IISrTi He-w

BB03

175362

7129

Wolff's star

B6p He-w Si

****

12.0k!

14600

4.19

HN00

MC92

BB03

176232

7167

10 Aql

A6pSr

SrCr

-315 +440, 1.4kG

7550

4.00

RN04,AR00

Ca,Fe

RK08,NW08

roAp

RN04
EKM08

LV03

MC92

A73

S93

K93

RS00

177517

7230

B9.5VpSi

AM95

178892

17.5k !

7700

4.00

RK06

179527

7283

19 Lyr

B8IIIpSiSr He-w

AM95

BB03

179761

7287

21 Aql

B8II-III

B7 V

-590 +170

182568

7372

2 Cyg

B3IV He-w

BB03

183339

7401

B8IV Si He-w

BB03

183806

7416

A0VpSrCr

10070

3.68

RN04

AM95

184471

7800

RN04

184903

Cr Sr

184905

Si Cr Sr

184961

7452

wk, sh

Si Cr

185256

CD-30.17252

F0SrEu

-706G

7000

4.30

EKM08

roAp

EKM08

HS04

185872

7483

14 Cyg

B9.5VpSi

AM95

187474

7552

A0pEuCrSi

CrEu

-1870 +1470, 5.0k

10090

3.94

HN00

AM95

MC92

ML92

188041

7575

A6pSrCrEu

A1+df

SrCrEu strong

-230 +1470, 3.7k

8500

4.50

RN04

Ca
Cr,Fe

RK08
R08,KN09

AM95

MC92

C93

S93

HN00

189160

Si 3955 Cr 4012

189832

A5:

Sr Cr Eu

190068

Si 3955 Cr

190290

CPD-79.1062

A0EuSr

3220G

7600

EKM08

roAp

EKM08

HS04

191654

Sr Cr

191742

SrCr very strong, Eu

-510 -175

A73

192678

BD +53.2368

A2pCr

Cr strong

+2000:, 4.7k

9100

3.86

HN00

MC92

A73

ML92

192687

Cr Si

192913

Si4012

-670 +380

10900

3.40

LA99

S93

193344

Cr Si 3955

broad

193756

CPD-52.11681

A9SrCrEu

-193G

7600

4.30

EKM08

roAp

EKM08

HS04

196470

BD-18.5731

A2SrEu

1474G

HS04

196502

7879

73 Dra

A9:VpCrSrEu

SrCr strong, Eu

-700 +200: Irr, 2.0k

9000

3.65

AR00

AM95

S93

K93

199728

8033

20 Cap

B9p, F0:VpSi

AM95

200052

8045

A5V:pSiMg

AM95

200177

Cr Sr

200311

B9pSiCrHg He-w

8.4k

BC97

BB03

ML92

200369

Sr Cr

200405

Sr Cr strong

201174

Sr Cr strong

201601

8097

Gam Equ

A9pSrEu

SrCrEu

+180 +880 Irr, 3.8k

7700

4.20

RN04,AR00

Cr,Fe

R08,NW08,RP02

roAp

RN04
EKM08

0
>70y

LV03
M08

MC92

A73

S93

HN00

RA97

201834

8106

B8IIIpSiSr

AM95

202671

8137

30 Cap

B6(8)IIISrTi He-wm

BB03

203006

8151

The1 Mic

ApCrEuSr

CrSrEu Mg

-650

AM95

203585

8180

The2 Mic AB

A0VpSi

AM95

203932

CD-30.18600

A5SrEu

1.1kG, -267G

7450

4.34

RK08

roAp

RN04
EKM08

GK97

HS04

204131

8206

A0VpSrCrSiHg

AM95

204411

8216

A4VpSiCrHg

Cr Si

750

8500

3.30

CA95,AR00

Si,Mg,Fe

RL05

AM95

A73

205073

***

205087

8240

A0VpSiSr

Sr Cr Si 4200 Eu

probably present

AM95

205117

***

206088

Gam Cap

F0p

208217

7.8k

7925

3.91

HN00

SR03

208340

Si Cr Sr

210071

8434

A0VpSiSr

AM95

210739

8464

A2Vp

Ca st

160

AM95

212385

9200

4.40

RN04

212454

8535

B8IIISrCrEuHg He-w

BB03

213232

Sr strong, Cr Eu

probably present

213637

MM Aqr

F1EuSrCr

5.5k, 740G !!!

6400

RN04

roAp

RN04

3.5

K03

HS04

215038

Si 3955 4012 4200 4233 strong

-3000:

215441

Babcock's

Si 3955 4200 strong

+12000 +34000 Irr
the most strong !

Si, Si III

P74

ML92

K93

216018

BD -12.6357

5.6k

7400

4.15

HN00

216336

8695

Gam PsA

A0VpSrCrEu

AM95

216533

SrCr

-650

A73

217522

CD-45.14901

A5SrEuCr

0, 1.7kG, -725G

6750

4.30

RK08

Ca
Fe

RK08
NW08

roAp

EKM08

HS04

217833

8770

V638 Cas

B9IIISiCr He-w

BB03

218393

B9pe He-w

BB03

218495

CPD-64.4322

A2EuSr

-912G

8100

4.40

EKM08

roAp

EKM08

HS04

219749

8861

A0VpSiSr

AM95

219855

220147

Si Cr 4012

220825

8911

kap Psc

A0pCrSi:Sr:

Cr Sr

- +

9250

3.75

RP96

AM95

221394

8933

A0VpSrCrSiHg

Sr Cr

AM95

221568

Osawa's

A0P(Sr-Cr-Eu)

SrCrEu 4012

2-3KG

10300

3.70

SM87

Kodaira

S93

N02

222841

Sr Cr Eu

223640

9031

108 Aqr

B9pSiSrCr

***

Si, Sr, Cr

Si, SiIII

P74

224068

224801

9080

SiEuCr 4012 4063

- +2300

K93

224926

9087

29 Psc

B6(7)III0IV Si He-w

BB03

4990B

A2VpSr

AM95

191984B

7717B

Sr Cr

+29 4202

A2:

Cr Eu

+45 3303

Sr Cr Eu

+45 3736

broad

+45 4114

Si Cr 4200

broad

+51 3356

Si strong, 3955 Cr

+57 2460

Si Cr Sr Eu

ADS 13506B

A2IV:pSrCrEu

AM95

2. HgMn stars

supplement

CP3

SP(H)

Magnetic Field

Teff

log g

ref6

stratification

ref7

rem

ref8

v sin i

ref9

OAO 2003&4

UVES

ELODIE

DAO(sada)

Ref1

ref2

ref3

ref4

ref5

Name

Osawa(1965)

HIDES

plate

Ref1

ref2

ref3

ref4

ref5

358

Alp And

B8IVpMnHg

HgMn

1909

12400

4.00

SH03

3322

149

B9.5IIIp

AM95

11502

546

Gam2 Ari

A2:Vp

SiHgMn

AM95

27295

1339

53 Tau

B9IV

12000

4.21

AS01

29647

12650

4.10

AS01

33904

1702

Mu Lep

B9IIIpHgMn

HgMn

-170 +325

12400

3.70

AP00

SH03

HgMn

SH03

35548

11088
8500

3.79
4.00

DW02

2
50

DW02

48915

9850

4.30

DW02

49606

2519

33 Gem

B7IIIMnHgSi He-w

14375

3.90

SH03

BB03

51688

2605

40 Gem

B8IIIHg He-w

BB03

71066

3302

Kap2 Vel

A0IVMn

12010

3.95

TL10

no
Cr

TL10
SH03

HgMn

SH03

72208

3361

B9.5VpHgMnEu

AM95

72660

9750

4.00

DW02

6.5

DW02

74521

3465

49 Cnc

A1VpHgMnSiEu

AM95

75333

3500

14 Hya

B8IIIpHgMn

12030

3.68

AP00

AM95

77350

3595

Nu Cnc

B9VpSrHgMn

4012

+105 +470

10375

3.50

DW02

HgMn

DW02

***

78316

3623

Kap Cnc

B8IIIpMn

-640 +460

13250

3.75

AP00

SH03

A+B

6.5

DW02

S93

79158

3652

36 Lyn

B9IVpHgMn

13300

4.00

WS04

AM95

85504

3906

7 Sex

A0V s

10135

3.70

AP00

89822

4072

30 Uma　？

A0pSiSr:Hg:

Hg4077

-290 +340

10900

4.07

A94

A+B

DW02

101189

4487

ApHgMn

10945

3.88

AP00

101391

4493

B9VpHgMn

AM95

106625

4662

Gam Crv

Hg8IIIpHgMn

***

12002

3.31

DW02

HgMn

DW02

***

110073

4817

B8II/III

12600

3.68

AP00

SH03

1.8

SH03

124740

10350

4.00

SH03

129174

5475

Pi Boo A

B9pMnHgSi

HgMn

-75 +190

13037

3.97

DW02

HgMn

DW02

141556

10608

3.98

DW02

A+B

DW02

143807

5971

Iot CrB

A0p:Hg:

Hg 4012 4077

-340 +75

11250

3.65

DW02

Dubay's

A+B

2.5

DW02

144206

5982

Ups Her

B9IVpHgMn

11900

3.74

AS01

DW02

145389

6023

Phi Her

11325

3.79

AS01

DW02

149121

6158

28 Her

B9.5III

10845

3.82

AP00

DW02

155379

6386

B9.5VpHgMnSrSi

AM95

157779

6485

Rho Her A

A0IIIpHgMn

AM95

158704

13163

4.22

DW02

165493

13890

3.90

DW02

SH03

DW02

168733

13500

3.30

SH03

172044

6997

B7IIIpHgMn

AM95

172728

7018

A0III:pHgSrMnSi

AM95

172883

7028

A0IIIpHgMn

AM95

173524

7049

46 Dra A

A0IIIpHgMn

AM95

173650

7058

A1VpSiHgMn

AM95

174933

13294

4.15

DW02

A+B

DW02

175640

7143

B9IIIpHgMnEu

12000

3.95

CH04

no
Cr

TL10
SH03

HgMn

DW02

CH04

178065

7245

B9III

12193

3.54

TL10, AP00

Mn
Cr

TL10
SH03

HgMn

DW02

182308

7361

B9IVpHgMn

13300

3.75

AS01

186122

12914

3.74

DW02

190229

7664

B9pHgMn

12875

3.51

AS01

DW02

191110

7694

B9.5VpHgMn+B9.5Vp

<10

AM95

193452

7775

10650

4.13

A94

DW02

WD00

196426

12815

3.89

SH03

200311

Hg Mn

HgMn

S93

207857

8349

B9pHgMn

12975

3.90

AS01

209625

7700

3.65

DW02

A+B

DW02

217477

8753

B9.5VpHgMn

AM95

214994

9590

3.60

DW02

221507

8937

Bet Scl

B9.5IVpHgMnEu

Hg strong, Mn4205

+660

12476

4.13

TL10

HgMn

AM95

3. Am stars

supplement

CP1

SP(H)

Magnetic Field

Teff

log g

ref6

stratification

ref7

rem

ref8

v sin i

ref9

OAO 2003&4

UVES

ELODIE

DAO(sada)

Ref1

ref2

ref3

ref4

ref5

Name

Osawa(1965)

HIDES

plate

Ref1

ref2

ref3

ref4

ref5

21940

A2m

27411

1353

A3m

AM95

56495

-? +570

108642

4750

hA2mF0

～0k

8200

4.00

KP04

Coma cluster

108651

4751

17 Com B

hA2mF1

～0k

7900

4.30

KP04

Coma cluster

116657

5055

Alcor

A1m

AM95

184552

7431

51 Sgr

A7m

-230

AM95

206088

8278

Gam Cap

****

AM95

46.1913

BD 46.1913

+500:

4. Other stars

SP(H)

Magnetic Field

Teff

log g

ref6

stratification

ref7

rem

ref8

v sin i

ref9

OAO 2003&4

UVES

ELODIE

DAO(sada)

Ref1

ref2

ref3

ref4

ref5

Name

Osawa(1965)

HIDES

plate

Ref1

ref2

ref3

ref4

ref5

135485

15500

4.00

KL07

N, S

KL07

BHB

<10

KL07

Ref

A73

S. Adelman 1973, ApJ 183, 95

A94

Adelam S. J. 1994, MNRAS 266, 97.

AM95

Abt H. A., & Morrell B. I. 1995, ApJS 99, 135.

AP00

Adelman S. J., & Pintado O. I. 2000, A&A 354, 899.

AR00

Adelman S. J., & Rayle K. E. 2000, A&A 355, 308.

AS73

S. Adelman & S. N. Shore 1973, ApJ 183, 121

BB03

Bychokov V. D., Bychokova L. V., & Madej J. 2003, A&A 407, 631.

BC97

Bord D. J., Cowley C. R., & Norquist P. 1997, MNRAS 284, 869.

BL92

Babel J., & Lanz T. 1992, A&A 263, 232.

BL03

Bagnulo S., Landstreet J. D., et al. 2003, A&A 403, 645.

C93

C. R. Cowley 1993, in ASP Conf. Ser. 44, 18

CA95

Caliskan H. & Adelman S. J., 1995, Astrophysical Appications of Powerful New Databse

CG09

Collad A., & Lopez-Barcia Z. 2009, Rev. Mex. Astron. Astrophys. 45, 95.

CH04

F. Castelli and S. Hubrig 2004, A&A 425, 263–270 (2004)

CHAC73

C. R. Cowley et al. 1973, ApJ 183, 127 (ref ) HR465

DW02

Dolk L., Wahlgren G. M., et al. 2002, A&A 385, 111.

EK05

Elkin, V. G., Kurtz, D. W., Mathys, G., Wade, G. A., Romanyuk, I. I., Kudryavtsev, D. O., , 2005, MN 358, 1100.

EK08

Elkin V. G., Kurtz D. W., et al. 2008, MNRAS 390, 1250.

EKM08

V. Elkin1, D.W. Kurtz1 and G. Mathys, 2008, in Contrib. Astron. Obs. Skalnat´e Pleso 38, 317 – 322, (2008)

EM10

Elkin V. G., Mathys G. et al. 2010, MNRAS 402, 1883.

FG93

R. Faraggiana & M. Gerbaldi 1993, in ASP Conf. Ser. 44, 169

GH10

Gonzalez J. F., Hubrig S., & Castelli F. 2010, MNRAS 402, 2539.

GK97

Gelbmann M., Kupka F., et al. 1997, A&A 319, 630.

GM83

J. Gertner & J. Mikolajewska 1983, Acta Astron. 44, 358 (ref 1740) 52 Her Lines in the UV with IUE

GR00

Gelbmann M., Ryabchikova T., et al. 2000, A&A 356, 200.

GR05

Glaogolevskii Yu. V. , Ryabchikova T. A. & 2005, Astr. Lett. 31, 327

HN00

Hubrig S., North P., & Mathys G. 2000, ApJ 539, 352.

HN05

Hubrig S., Nesvacil N., et al. 2005, A&A 440, L37.

HS04

Hubrig S., Szeifert T., et al. 2004, A&A 415, 685 (mag. roAp with FORS1)

IB94

Iliev I. Kh., & Barzova I. S.1994, Chemically Peculiar & Magnetic Stars, p.126

K03

Kochukhov O. 2003, A&A 404, 669.

K06

Kochukhov O. 2006, A&A 454, 321.

K93

R. Kroll 1993, in ASP Conf. Ser. 44, 173 H-beta profiles

KE07

Kurtz D. W., Elkin V. G., & Matys G. 2007, MNRAS 380, 741.

KL07

Khalack V., LeBlanc F., et al. 2007, Physics of Magnetic Stars, p.335

KN09

加藤、西村、大西、定金カネ 2009、大阪市立科学館研究報告　19、15

KP02

Kochukhov O., Pisknov N., et al. 2002, A&A 389, 420

KR08

O. Kochukhov, T. Ryabchikova, S. Bagnulo and G. Lo Curto, 2008, in Contrib. Astron. Obs. Skalnat´e Pleso 38, 423 – 424, (2008)

KR94

Kupka F., Ryabchikova T., et al. 1994, Chemically Peculiar & Magebtic Stars, p.130.

KR96

Kupka F., Ryabchikova T., et al. 1996, A&A 308, 886.

KT06

Kochukhov, O., Tsymbal, V., Ryabchikova, T., Makaganyk, V., & Bagnulo, S. 2006, A&A, 460, 831.

L88

Landstreet J. D. 1988, ApJ 326, 967.

LA93

Z. Lopez-Garcia & S.J. Adelman 1993, in ASP Conf. Ser. 44, 149

LA94

Lopez-Garcia & Adelman 1994, A&AS 107, 353.

LA99

Lopez-Garcia & Adelman 1999, A&AS 137, 227.

LA01

Lopez-Garcia Z., Adelman S. J., & Pintado O. I. 2001, A&A 367, 859.

LC01

Leone F., & Catanzaro G. 2001, A&A 365, 118.

LV03

Leone F., Vacca W. D., & Stift M. J. 2003, A&A 409, 1055.

M08

Mathys 2008, in Contrib. Astron. Obs. Skalnat´e Pleso 38, 217 – 222, (2008)

MC92

G. Mathys & C. R. Cowley 1992, A&A 253, 199 (ref. 467), Pr III lines

MK07

Mathys G., Kurtz D. W., & Elkin V. G. 2007, MNRAS 380, 181. mag. HD 166473

ML92

Mathys G. & Lanz T. 1992, A&A 256, 169. Zeeman split lines

MR09

Mashonkina L., Ryabchikova T., et al. 2009, A&A 495, 297.

Nis98

M. Nishimura 1998 PASJ 50, 285 (ref. 1928) Co

N02

西村さん　SP研究会集録シュウロク　2002

NP05

Niemczura E., & Polubek G. 2005, Mem. S. A. it. Suppl. 8, 210

NW08

Nesvacil N., Weiss W. W., & Kochukhov O 2008, Cobtrib. Astron. Skalnate Pleso 38, 329.

NW00

Nielsen K., & Wahlgren G. M. 2000, A&A 356, 146. on HR 1094

OL08

M. Obbrugger, T. L¨uftinger1, N. Nesvacil, O. Kochukhov and
W.W.Weiss, 2008, in Contrib. Astron. Obs. Skalnat´e Pleso 38, 347 – 352, (2008)

P74

Preston G. W. 1974, ARA&AP 12, 257.

PK99

Polosukhina N., Kurtz D., et al. 1999, A&A 351, 283. Li time variation

R08

Ryabchikova, T. 2008, Contrib. Astron. Obs. Skalnate Pleso, 38, 257.

RA97

Ryabchikova T. A., Adelamn S. J., Weiss W. W., & Kushnig R. 1997, A&A 322, 234. Gamma Equ

RK06

Ryabchikova T., Kochukhov O. et al. 2006, A&A 445, L47. mag detection HD 178892

RK08

Ryabchikova T. A., Kochukhov O., & Bagnulo S. 2008, A&A 480, 811

RK95

Ryabchikova T. A., Kuschnig R., et al. 1995, in Stellar Surface Structure, IAU Symp. 176.

RL97

Ryabchikova T. A., Landstreet J. D., et al. 1997, A&A 327, 1137. HD 24712

RL05

Ryabchikova T., Leone F., & Kochukhov O. 2005, A&A 438, 973.

RN04

Ryabchikova T., Nesvacil N., et al. 2004, A&A 423, 705

RP96

Ryabchikova T. A., Pavlova V. M. et al. 1996, Astr. Lett. 22, 822.

RP02

Ryabchikova T., Piskunov et al. 2002 A&A 348, 545. stratification Gamma Equ.

RR06

Ryabchikova T., Ryabtsev A. et al. 2006, A&A 456, 329. stratification HD 144897.

RS00

Ryabchikova T. A., Savanov L. S., et al. 2000, A&A 357, 981. 10 Aql & HD 122970

S93

K. Sadakane 1993, in ASP Conf. Ser. 44, 72

SH03

Savanov I. & Hubrig S. 2003, A&A 410, 299. Cr stratification of HgMn stars

SM87

Stepien & Muthsam1987

SR09

Shulyak D., Ryabchikova T., Mshonkina L., & Kochukhov O. 2009, A&A 499, 879.

SR03

Stutz Ch., Ryabchikova T., & Weiss W. 2003, A&A 402, 729. HD 18610

SR10

Shulyak D., Ryabchikova T., Kildiyarova R., & Kochukhov O. 2010, A&A　???

SR96

Savanov I. S., Ryabchikova T. A., et al. 1996, Astr.Lett., 22, 815

ST93

Stepien K. 1993, ApJ 416, 368. HR 1362: The evolved 53 Cam.

TL10

Thiam M., LeBlanc F., Khalack V., & Wade G. A. 2010, MNRAS ?????

WD00

Wahlgren G. M., Dolk L/ et al. 2000, ApJ 539, 908. HR 7775

WS04

Wade G. A., Smith M., et al. 2004, A&A submitted cf RN04

WS08

Wade G. A., Smith M., et al. 2008, A&A rally published ? Preprint, astro-ph/0608135v1