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In this catalogue, I have included only observations obtained at resolutions better than 2 km/s -- both my own and from the literature (1980 and later). Many of the KPNO spectra have not yet been published; a survey of Ti II is in preparation. Entries for each species are source code, S/N ratio, equivalent width, and 1-sigma error (mA). (Note that our 1-sigma errors include contributions from both photon noise and continuum placement; the values from other references often do not include the latter.) The source codes are explained at the end of the table.
See also the catalogue of molecular lines .
Postscript plots are available for many of the stars; click on the star name link at the far right. Most of the spectra are from the KPNO coude feed (K), from the McDonald 2.7m (M), or from the AAT UHRF (A), as noted above the right end of the continuum. In some cases, the plots include spectra obtained by Lew Hobbs (noted by an H; PEPSIOS spectra have all been shifted by -0.55 km/s); some CH and CH+ data from Crane et al. are also included (noted by a C). Some lower resolution spectra are also included (k = KPNO coude feed camera 5; h = Hobbs digicon, reticon, scanner). Note that there may be relative velocity offsets for some of the spectra (especially for Ti II and for those from other sources).
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Ti II 3383 Ca II 3933 Na I 5895 K I 7698 Ca I 4226 Plots
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alp And K97 225 1.2/0.3 alp And
CLW 2.2/0.4
kap Cas K94 30 K95 90 252.5/1.3 *K94 110 79.4/2.2 *K96 205 3.2/0.7 kap Cas
*M95 95 79.3/2.4 *M96 155 2.5/0.9
gam Cas *K93 120 13.0/0.7 *M89 150 49.1 gam Cas
mu And K96 60 < mu And
K97 50
HD 5788 WM HD 5788
psi Psc WM psi Psc
del Cas K97 485 del Cas
alp Gru CD 180 2.7/0.2 alp Gru
alp Eri CD 190 5.4/0.2 E99 300 alp Eri
E00 500
bet Ari K97 90 bet Ari
alp Hyi CCW 80 7.1/0.4 alp Hyi
HD 14633 L99 238 L99 190 HD 14633
HD 18100 R96 40 R96 75 HD 18100
bet Tri K96 200 < bet Tri
K97 80 <
59 And WM 59 And
gam Cet K96 195 < gam Cet
K97 115 <
CLW <0.3
eps Ari A *M89 20 120.0/2.5 eps Ari A
HD 18537 WM HD 18537
tau3 Eri K97 180 tau3 Eri
HD 21291 K99 45 208.0/2.6 *K95 115 142.6/1.7 *K99 135 5.7/0.7 HD 21291
*M95 110 141.2/1.6
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Ti II 3383 Ca II 3933 Na I 5895 K I 7698 Ca I 4226 Plots
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HD 21483 K99 40 147.1/3.5 K98 40 K98 85 153.0/1.5 K98 5.7/1.5 HD 21483
SRF SRF SRF 5.2/1.2
K00 70 154.5/1.6
HD 21743 WM HD 21743
7 Tau W01 193.4/6.5 7 Tau
psi Per *K00 65 240.3/1.3 *K94 115 20.8/1.6 psi Per
HD 22252 PB 50 PB 45 HD 22252
9 Tau W01 90.5/3.6 9 Tau
HD 22578 W01 70.6/3.7 HD 22578
HD 22614 W01 20.9/4.9 HD 22614
11 Tau W01 104.4/5.3 11 Tau
del Per *M89 135 9.9/0.4 del Per
omi Per *K93 95 80.8/1.5 *K97 145 185.7/1.0 *K94 135 98.1/0.7 *M96 160 2.0/0.2 omi Per
*M95 100 95.5/0.6
16 Tau W01 40.3/3.0 16 Tau
17 Tau *K93 90 4.4/0.4 *M89 100 18.4/1.0 17 Tau
W01 160 21.3/1.2
18 Tau W01 37.5/6.4 18 Tau
19 Tau W01 40 61.4/2.4 19 Tau
20 Tau W01 140 59.8/1.0 20 Tau
HD 23410 W01 62.7/4.0 HD 23410
21 Tau W01 36.4/4.1 21 Tau
22 Tau W01 37.6/3.5 22 Tau
23 Tau W01 140 33.8/1.3 23 Tau
HD 23512 W01 89.8/6.2 HD 23512
HD 23568 W01 64.9/6.0 HD 23568
HD 23629 W01 53.6/4.2 HD 23629
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Ti II 3383 Ca II 3933 Na I 5895 K I 7698 Ca I 4226 Plots
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eta Tau K94 110 *K93 170 12.1/0.7 *M89 85 41.7/1.0 *K93 220 0.5/0.2 eta Tau
*A94 95 14.4/1.2 BWW
W01 145 50.0/0.6
HD 23632 W01 19.6/4.7 HD 23632
HD 23642 W01 19.6/3.6 HD 23642
HD 23753 W01 55.4/2.7 HD 23753
27 Tau *M89 80 68.9/1.0 *K00 110 3.2/0.7 27 Tau
W01 215 67.4/0.8
28 Tau W01 35.3/2.7 28 Tau
HD 23873 W01 54.8/4.6 HD 23873
HD 23913 W01 126.2/4.6 HD 23913
HD 23923 W01 59.0/3.8 HD 23923
HD 23950 W01 120.5/2.8 HD 23950
HD 23964 W01 66.7/3.8 HD 23964
HD 23985 W01 1.1/2.8 HD 23985
HD 24076 W01 45.3/4.6 HD 24076
HD 24118 W01 162.7/4.9 HD 24118
HD 24368 W01 163.6/4.8 HD 24368
BD31 643 K98 40 145.9/2.9 BD31 643
zet Per *K93 160 56.3/1.1 *M89 50 150.8/0.8 M89 *M96 190 1.6/0.2 zet Per
*M95 100 67.6/0.6
HD 24534 K99 65 143.2/2.0 K98 55 K98 60 108.1/1.8 K98 1.5/0.7 HD 24534
SRF SRF SRF 2.5/0.5
K00 65 107.1/1.2
eps Per K94 250 5.7/0.5 *K93 120 33.9/1.1 *M89 90 89.6/0.6 *K00 145 1.6/0.4 eps Per
33 Tau W01 124.4/6.6 33 Tau
HD 24899 W01 96.5/4.6 HD 24899
xi Per *K93 100 118.5/1.6 *K97 50 257.2/2.8 *K93 160 60.9/0.9 *K96 220 1.6/0.3 xi Per
K94 120 59.7/1.1 *M96 165 1.5/0.4
*M95 100 57.6/1.1
HD 25201 W01 126.2/4.6 HD 25201
HD 26128 W01 10.6/6.4 HD 26128
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Ti II 3383 Ca II 3933 Na I 5895 K I 7698 Ca I 4226 Plots
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HD 26571 SRF SRF SRF HD 26571
HD 27778 K95 110 63.1/0.9 *K98 55 227.8/1.8 K95 84.0/1.4 HD 27778
SRF SRF SRF
*K00 85 83.6/1.3
HD 28497 B97 B97 HD 28497
E00 230
HD 29647 SRF SRF HD 29647
alp Cam *K99 120 1.9/0.5 alp Cam
pi4 Ori *M89 85 63.1/0.8 pi4 Ori
pi5 Ori *M89 55 95.7/2.0 pi5 Ori
AE Aur SRF SRF SRF 6.1/1.6 AE Aur
eps Aur M89 eps Aur
K95 155 91.8/1.3
*M95 140 93.4/1.2
K96 95 92.7/1.9
*K00 210 88.3/0.9
HD 30122 K99 35 K99 HD 30122
HD 32039 WM HD 32039
eta Aur K95 85 1.9/0.7 *K95 110 14.7/0.9 K97 240 3.1/0.5 eta Aur
bet Eri K95 75 <1.4 bet Eri
K97 60
bet Ori K95 50 21.8/5.0 K97 280 38.3/1.1 bet Ori
P01 140 17.7/0.3 P01 190 37.2/0.2
HD 34959 K97 40 HD 34959
HD 35134 K97 40 HD 35134
23 Ori *K93 110 72.2/1.3 *K96 95 183.2 *K93 70 43.0/0.9 *K93 4.1/0.7 23 Ori
*A94 30 76.2/3.8 *M95 60 45.7/1.3 *K95
K95 130 75.3/1.4
25 Ori K97 35 13.4/2.6 25 Ori
30 Ori K97 80 45.1/2.9 30 Ori
eta Ori K95 45 45.2/4.0 *M89 75 164.6 *K93 140 15.4/0.7 eta Ori
gam Ori K95 180 15.9/0.6 K97 370 9.9/0.4 gam Ori
HD 36408 K99 35 WM HD 36408
del Ori K94 165 *K93 110 53.0/2.6 *M89 120 42.6/1.5 del Ori
K95 215 3.9/0.8 *K95 200 43.3/1.2 P01 185 60.8/0.2
P01 15 36.1/2.0 P01 30 60.3/1.4
P01 80 52.1/0.7
phi1 Ori P01 70 155.8/0.5 P01 50 215.6/0.9 phi1 Ori
lam Ori K95 110 181.2/1.8 WM *K94 90 40.1/1.6 *K96 120 2.1/0.4 lam Ori
P01 100 194.0/0.4 P01 50 240.2/0.9 *M95 110 37.0/0.7 *M96 190 2.9/0.3
HD 36959 WM HD 36959
the1 Ori A P01 15 119.2/1.9 the1 Ori A
HD 37021 K99 35 HD 37021
the1 Ori C *K95 40 94.4/5.0 K97 130 183.1/2.4 the1 Ori C
K95 125 102.4/1.7 P01 70 172.2/0.8
P01 30 120.7/1.2
the2 Ori A P01 60 101.4/0.7 P01 35 184.0/1.6 the2 Ori A
HD 37061 K95 65 91.7/3.3 K00 45 196.6/5.8 K98 65 13.5/1.5 HD 37061
iot Ori K95 215 8.0/0.6 *K93 150 67.5/1.7 *M89 140 43.6/2.2 *K96 185 0.4/0.2 iot Ori
P01 85 45.5/0.4 P01 110 46.0/0.4
eps Ori K94 280 8.6/0.8 *K93 120 87.9/1.8 *M89 155 139.6/1.7 M89 *A97 335 1.3/0.2 eps Ori
*A94 325 85.6/0.7 A94 115 141.4/1.6 *K94 180 3.4/0.5
P01 115 85.4/0.3 P01 190 156.6/0.1 P01 125 2.7/0.3
K00 60 147.7/3.2
zet Ori K94 140 *A94 115 77.4/2.1 *M89 135 137.1 *M89 150 5.3/0.7 *M96 250 0.5/0.2 zet Ori
K95 175 5.2/0.9 P01 110 79.7/0.3 P01 155 150.7/0.3 P01 115 5.0/0.2 *K98 145 1.5/0.4
sig Ori *K93 145 86.1/2.1 *M89 85 145.0 *K94 135 6.6/0.7 sig Ori
P01 45 91.0/1.0 P01 115 154.7/0.5
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Ti II 3383 Ca II 3933 Na I 5895 K I 7698 Ca I 4226 Plots
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HD 37903 E99 75 100.5/3.5 K00 30 202.0/6.1 K00 45 6.9/1.8 HD 37903
HD 38087 E99 100 238.6/3.2 K00 45 36.7/2.2 HD 38087
mu Col K99 60 98.0/4.7 K97 105 40.5/2.7 mu Col
kap Ori *K93 145 74.7/1.9 *M89 110 117.5 *K94 135 5.9/0.6 *K99 300 0.3/0.1 kap Ori
P01 145 121.1/0.3 P01 85 5.1/0.2
139 Tau *K96 65 21.1/2.6 139 Tau
bet Aur K97 245 1.0/0.2 bet Aur
chi2 Ori K96 45 *K00 95 399.5/1.6 K95 105 171.8/1.6 K96 chi2 Ori
K99 65 K96 90 171.9/2.0 *K99 150 11.0/0.6
*K00 100 168.6/1.6
HD 42379 WS WS HD 42379
HD254755 WS WS HD254755
HD254577 WS WS HD254577
HD 43582 WS WS HD 43582
bet Mon WM bet Mon
HD 46056 K99 50 K98 25 146.8/6.4 HD 46056
K99 35
K00 35 158.1/4.2
HD 46202 K99 35 K98 25 HD 46202
K00 20 413.7/7.0 K00 45 142.2/3.4
15 Mon A K94 130 *K93 115 170.6/1.9 *M89 55 (88.1/4.1) 15 Mon A
K95 70 22.1/2.1 *A94 35 159.1/5.7
alp CMa K96 475 0.2/0.1 alp CMa
omi2 CMa *M89 65 28.9/3.0 omi2 CMa
HD 53367 K99 35 166.2/4.6 E99 70 428.3/2.2 K98 30 K99 55 2.6/0.4 HD 53367
K00 70 130.3/1.7
tau CMa K94 35 *K93 110 142.3/2.1 *M89 45 195.2/4.9 tau CMa
eta CMa *K00 160 2.0/0.6 eta CMa
19 Lyn WM 19 Lyn
HD 60848 K00 45 11.1/1.4 HD 60848
HD 62542 E99 90 166.3/4.6? E99 70 240.7/3.5? HD 62542
232 Pup K96 105 <1.0 232 Pup
zet Pup *A94 130 52.3/1.7 *A94 120 38.1/2.2 zet Pup
gam2 Vel *A94 145 32.0/1.2 *A94 125 40.0/1.6 gam2 Vel
HD 72127 A *A94 45 518.3/5.6 *A97 75 0.7/0.2 HD 72127 A
HD 73882 E99 65 269.5/4.1 E99 130 375.8/1.6 K99 40 HD 73882
K00 100 41.8/1.6
del Vel CLW 6.3/0.3 del Vel
kap UMa K97 90 3.6/0.6 kap UMa
kap Vel D99 <0.5 D99 19.5 D99 57.7 D99 180 2.8/0.2 C02 170 0.9/0.1 kap Vel
C02 100 16.7/0.3 C00 50 4.4/0.4
C00 120 4.0/0.3
C00 180 4.0/0.2
C02 90 4.2/0.3
HD 83206 L99 128 L99 85 HD 83206
eta Leo K00 125 eta Leo
alp Leo K96 500 0.5/0.2 K97 635 alp Leo
K00 355 K00 310
HR 4023 CLW 4.5/0.3 HR 4023
23 Sex K00 15 *K00 55 61.3/1.4 K00 23 Sex
rho Leo K95 335 29.7/0.7 *K93 80 92.3/2.3 *M89 70 85.2/3.2 *K00 280 2.5/0.5 rho Leo
*A94 75 88.6/2.8
*K95 80 82.4/2.8
K96
del Leo K97 30 del Leo
gam Crt K97 30 gam Crt
omi Hya K97 55 29.7/1.2 K97 125 omi Hya
HD 93521 *K95 90 196.7/5.1 K96 95 108.8/5.5 HD 93521
K96 L99 140
L99 160
HD 97991 K96 HD 97991
gam UMa K96 265 0.8/0.2 gam UMa
del UMa K97 165 0.9/0.2 del UMa
gam Crv *K95 155 6.3/0.4 K99 135 gam Crv
K00 130 0.5/0.3
del Crv *K95 135 3.1/0.3 K99 125 del Crv
rho Cen CCW 125 8.4/0.3 rho Cen
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Ti II 3383 Ca II 3933 Na I 5895 K I 7698 Ca I 4226 Plots
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HD110432 C95 65 52.1 C95 75 77.1 HD110432
C00 60 78.3/3.2
C00 40 78.5/3.3
C00 50 76.7/3.2
mu1 Cru MB MB mu1 Cru
mu2 Cru MB MB mu2 Cru
iot Cen CCW 215 2.2/0.1 iot Cen
alp Vir K95 455 0.8/0.2 *K95 295 5.4/0.3 K99 280 K00 455 *K96 325 <0.3/0.1 alp Vir
E99 70 6.3/1.4 E99 300 4.6/0.5
HD119608 K96 K97 40 HD119608
K99 40
K00 30 209.1/11.
eta UMa K96 415 0.9/0.1 eta UMa
K96 280 0.9/0.2
tau Vir K97 40 tau Vir
bet Cen *A94 155 6.3/0.7 bet Cen
CCW 600 8.7/0.2
alp Cen A C94 140 <0.4 alp Cen A
109 Vir K97 110 <0.7 109 Vir
alp2 Lib K97 65 alp2 Lib
bet Lib K97 125 6.0/0.5 bet Lib
zet Lib K00 75 zet Lib
iot CrB K00 80 iot CrB
alp CrB K96 345 1.0/0.1 alp CrB
zet CrB WM zet CrB
bet Ser K97 105 9.5/0.7 K97 280 bet Ser
HD141569 S98 40 S98 20 S98 40 HD141569
1 Sco K95 35 15.0/4.0 *A94 95 25.4/1.6 *M89 75 179.8/1.0 K93 55 18.9/2.6 1 Sco
*K95 90 29.4/1.9 K94 75 16.3/1.2
*K96 170 16.6/1.2
K99 55t 25.0/3.1
eps Ser K97 30 eps Ser
pi Sco K94 50 *A94 180 7.3/0.9 *M89 120 40.7/1.1 pi Sco
K95 245 4.0/0.7 *K95 190 8.9/1.0
eta Lup K97 85 10.5/1.6 eta Lup
del Sco K96 150 34.3/1.1 *K97 135 175.1/1.2 *K96 155 26.5/1.0 *A97 225 0.7/0.1 del Sco
bet1 Sco K94 55 *K95 180 37.1/0.8 *M89 125 140.4 *K94 150 20.9/0.7 *A97 215 1.3/0.1 bet1 Sco
K95 225 7.2/0.7 WM ML
ome1 Sco *K00 115 198.6/1.2 *K00 170 23.6/0.7 ome1 Sco
nu Sco K00 60 65.9/3.9 *K00 110 198.4/1.4 *K96 120 38.2/1.2 nu Sco
ML
omi Sco TPS *LF 190 126.4/0.8 omi Sco
K99 105 121.0/1.3
HD146010 *K00 45 111.1/1.7 *K00 55 38.5/1.4 HD146010
sig Sco K95 190 13.0/0.8 *K95 100 49.7/1.6 TPS K94 160 24.1/0.9 *A97 210 1.0/0.1 sig Sco
K95 80 51.7/2.0 *K00 145 160.6/1.0 *K00 175 21.8/0.6
HD147888 K00 30 54.8/1.6 K99 100 K99 60 K99 25 5.8/0.8 HD147888
E00 15 54.7/2.9 K00 65 85.6/1.2 K00
P04 63.6/3.0 P04 87.9/3.0 P04 5.5/0.5
HD147889 K99 55 K99 60 HD147889
K00 85 77.3/1.1
tau Sco *K93 70 3.9 *M89 135 41.4/0.5 tau Sco
HD147932 P04 61.1/2.0 P04 77.8/3.0 P04 4.7/0.5 HD147932
rho Oph A K96 70 57.9/1.1 WM *K96 100 87.3/1.2 *K96 80 5.7/0.6 rho Oph A
P04 62.4/2.0 P04 85.7/2.0 P04 4.7/0.3
*LF 90 85.4/0.8
ML
HD147934 P04 63.7/2.5 P04 85.7/3.0 P04 4.5/0.4 HD147934
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Ti II 3383 Ca II 3933 Na I 5895 K I 7698 Ca I 4226 Plots
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chi Oph K96 110 73.5/1.4 *M89 90 203.8/1.5 *K93 110 68.0/0.8 *K96 80 2.1/0.7 chi Oph
*LF 240 66.7/0.3
22 Sco TPS *K99 40 5.0/2.5 22 Sco
*K00 55 68.3/1.5
lam Oph K97 100 4.3/0.4 lam Oph
HD149404 K00 328.3/ K99 60 K99 65 197.9/4.2 K99 50 5.2/2.1 HD149404
E00 40 326.9/5.9
zet Oph K94 125 *K93 105 45.8/1.2 *M89 200 188.1 M89 *K96 265 0.8/0.2 zet Oph
K95 190 9.1/0.8 B95 52.0 B95 K93 150 62.4/0.6 *M96 295 0.8/0.1
K94 165 61.3/0.6 K98
*M95 70 61.6/1.3 K99 100 0.7/0.3
SDL 215 62.7
*LF 370 60.4/0.2
K98 240 62.5/0.5
K99 90 61.3/1.2
K99 195 60.9/0.6
H02 100
HD149881 K96 55 243.4/3.3 K96 115 139.1/2.8 HD149881
mu1 Sco K97 155 8.1/1.0 mu1 Sco
HD152234 HD152234
HD152235 C01 55 173.0/3.0 HD152235
zet1 Sco K00 10 K99 110 K99 95 177.5/2.8 zet1 Sco
E00 45 C01 30 184.0/4.0
HD152249 C01 35 105.0/4.0 HD152249
HD154090 *LF 120 111.3/1.0 HD154090
HD154368 K96 35 255.5/7.5 S96 40 *K96 120 199.1/2.5 K96 45 <2.4/0.8 HD154368
K00 *K00 65 5.3/1.9
iot Oph K97 140 iot Oph
eta Oph K96 95 < eta Oph
K97 95
del Her K96 120 3.0/0.5 del Her
nu Ser K96 105 14.5/0.8 K97 200 nu Ser
K96 80 14.2/1.1
the Oph K96 125 33.3/1.1 K96 the Oph
rho Her WM rho Her
HD157841 S98 20 S98 35 S98 10 HD157841
44 Oph K96 35 < 44 Oph
51 Oph CCW 120 20.3/0.3 51 Oph
lam Sco *K95 200 3.5/0.4 K97 340 K96 160 lam Sco
K97 275 3.6/0.8 K98 120
K98 135
kap Sco K95 135 6.3/1.4 kap Sco
gam Oph CCW 90 6.1/0.2 K97 265 gam Oph
alp Oph K94 85 *K93 45 28.1/1.9 *M89 280 2.8/0.3 alp Oph
K95 165 4.6/0.4 CD 90 24.5/0.6
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Ti II 3383 Ca II 3933 Na I 5895 K I 7698 Ca I 4226 Plots
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HD161270 ML HD161270
omi Ser K96 65 4.8/0.8 omi Ser
67 Oph *K00 90 322.2/3.9 K96 135 38.7/1.3 67 Oph
*K00 145 38.3/1.6
the Ara *LF 195 28.4/0.6 the Ara
mu Sgr K00 35 184.8/6.9 *K00 75 201.9/2.4 *M95 125 41.0/0.6 mu Sgr
*LF 80 41.9/1.0
HD167971 K99 65 K99 50 254.7/5.2 K00 HD167971
HD168076 K99 40 K99 40 253.6/6.4 HD168076
HD169454 K95 25 FL FL HD169454
alp Lyr K97 250 alp Lyr
bet Lyr K00 95* 66.3/1.1 *K00 90 188.6/1.5 *K00 170 23.5/0.8 bet Lyr
sig Sgr K97 190 4.7/0.4 K98 160 sig Sgr
K99 145
K00 120
lam Aql K97 175 2.0/0.5 lam Aql
K97 220 1.6/0.4
zet Aql K96 315 2.8/0.4 K97 385 zet Aql
K96 255 2.7/0.4
K97 285 3.3/0.4
HD183143 E00 155 McC 175 199.7/1.4 HD183143
HD185418 K00 40 155.9/3.0 K98 50 301.1/2.1 K98 65 86.6/1.9 K98 HD185418
del Cyg *K93 115 7.9/0.8 *M89 130 20.2/0.3 del Cyg
BWW
K97 150
K97 175 23.5/0.4
K98 110 22.8/0.5
K99 130
K00 115 23.8/1.1
alp Aql K96 305 1.6/0.3 K97 680 alp Aql
K96 250 0.8/0.3
K97 285 1.5/0.3
K97 325 2.0/0.3
CLW 1.8/0.1
102 Her *K93 120 91.1/1.3 *M89 95 68.0/1.4 102 Her
57 Aql WM 57 Aql
HD192639 K98 65 399.4/3.8 K98 65 105.5/2.4 K98 16.4/1.3 HD192639
alp Pav CLW 10.2/0.3 alp Pav
P Cyg K00 50 303.4/3.8 *M89 90(389.1/1.2) *K93 125 43.4/1.9 *K00 85 9.3/1.4 P Cyg
alp Cyg K94 160 15.4/0.7 *K93 90 97.7/1.5 *M89 180 240.4/0.9 M89 *K96 255 1.0/0.3 alp Cyg
K95 BWW *K93 300 15.6/1.0 *M96 325 1.0/0.3
K00 *M95 125 14.1/2.1
lam Cyg *K93 135 51.4/1.0 *M89 85 122.2/1.5 *K93 95 2.8/0.7 lam Cyg
55 Cyg *M95 85 127.2/2.6 55 Cyg
HD199579 K00 60 228.1/2.8 K98 65 K98 70 132.7/4.1 K98 4.7/0.7 HD199579
59 Cyg *K93 100 26.9/1.3 *M89 70 141.8/1.7 59 Cyg
ups Cyg *K93 70 45.3 *M89 120 77.5/1.0 ups Cyg
68 Cyg 68 Cyg
alp Cep K96 180 < alp Cep
K97 125
HD203374 K99 45 K99 HD203374
P04 266.9/4.0 P04 8.1/1.0
P04 266.5/7.0 P04 148.9/4.0 P04 7.9/1.8
HD203938 K99 50 K98 40 152.6/3.4 K98 8.7/1.0 HD203938
K98 60 157.2/2.5
HD204827 P04 263.8/6.0 P04 304.8/4.0 P04 6.5/1.0 HD204827
9 Cep K99 70 240.7/2.0 *K00 80 423.1/2.3 *M95 110 192.4/1.6 *K99 95 7.5/1.0 9 Cep
HD206183 K99 45 K99 HD206183
P04 229.2/5.0 P04 172.8/3.0 P04 7.5/1.0
HD206267A K95 100 248.9/1.5 WM *K95 125 198.1/1.3 HD206267
ML
HD206267C P04 252.9/6.0 P04 202.9/3.0 P04 8.4/1.0 HD206267C
HD206267D P04 253.6/6.0 P04 192.7/3.0 P04 7.9/1.0 HD206267D
HD206773 K99 50 K99 HD206773
P04 202.1/4.0 P04 4.9/0.8
P04 199.7/7.0 P04 98.5/4.0 P04 5.0/1.5
HD207198 K95 85 314.5/4.4 *K98 65 *K95 120 236.7/1.7 *K96 55 12.7/1.7 HD207198
nu Cep K99 30 215.0/3.8 M89 *M96 125 16.2/0.7 nu Cep
P04 186.7/8.0 P04 203.6/3.0 P04 17.6/1.3
*M95 125 206.6/1.0 K99
*K00 80 14.0/1.3
HD207308 P04 251.5/5.0 P04 136.7/3.0 P04 4.2/0.6 HD207308
HD207538 K99 50 K98 50 207.1/3.2 K99 45 12.2/2.5 HD207538
P04 227.9/5.0 P04 211.1/3.0 P04 9.9/1.0
HD208213 CLP 94. /4. CLP [7. /4. ] HD208213
HD208266 P04 182.4/6.0 P04 175.4/5.0 P04 7.3/1.0 HD208266
HD208440 P04 272.9/5.0 P04 142.2/3.0 P04 5.7/1.0 HD208440
13 Cep K99 50 K99 13 Cep
P04 218.8/8.0 P04 163.3/3.0 P04 2.8/0.7
HD208905 K99 50 K99 HD208905
P04 218.5/8.0 P04 84.5/3.0 P04 <3.0/
HD209339 K99 55 K99 HD209339
P04 187.1/8.0 P04 115.5/4.0 P04 2.0/0.7
************************************************************************************************************************************
Ti II 3383 Ca II 3933 Na I 5895 K I 7698 Ca I 4226 Plots
************************************************************************************************************************************
14 Cep K99 60 K99 14 Cep
P04 254.5/8.0 P04 81.9/3.0 P04 <3.0/
HD209522 CLP 50. /2. CLP [32. /2. ] HD209522
19 Cep K95 110 241.2/1.6 *K95 115 95.1/2.5 *K96 65 7.0/1.6 19 Cep
HD210121 K98 35 282.7/3.6 K98 45 99.7/2.2 HD210121
E00 110 K98 25 107.3/4.3
HD210191 CLP 83. /2. CLP [102. /2. ] HD210191
the Peg CLW 2.7/0.2 the Peg
lam Cep K95 90 240.0/1.8 K98 50 *K93 90 161.6/2.0 *M96 115 10.4/0.9 lam Cep
K99 *M95 85 157.0/2.0
K98 60 165.9/6.1
K99 85 174.2/4.3
gam Aqr CCW 95 0.6/0.1 gam Aqr
eps Gru CCW 150 5.9/0.2 eps Gru
pi Aqr *K93 120 90.7/1.1 *M89 55 220.8/1.5 K93 95 8.3/1.8 pi Aqr
*A94 30 90.6/3.7 A94
HD213728 CLP 9. /2. CLP [/3.5] HD213728
HD214080 CLP 104. /3. CLP [213. /2. ] HD214080
HD215733 *K95 75 313.8/3.7 K97 95 HD215733
del Aqr K97 70 del Aqr
alp Peg K96 310 2.5/0.3 K97 365 alp Peg
HD216532 P04 290.4/6.0 P04 234.9/4.0 P04 5.5/1.0 HD216532
HD216898 P04 282.9/6.0 P04 228.1/4.0 P04 9.5/1.2 HD216898
HD217035A P04 271.2/8.0 P04 191.6/3.0 P04 1.2/0.5 HD217035A
HD217035B P04 280.8/8.0 P04 159.4/3.0 P04 2.0/0.6 HD217035B
HD217312 P04 276.9/5.0 P04 183.0/3.0 P04 7.3/1.0 HD217312
bet Psc K97 95 91.8/1.1 bet Psc
HD219188 K95 55 141.4/4.5 *K97 85 251.1/3.5 HD219188
*K97 35 K99 20
*K00 25 130.2/6.8 E99 75
E00 55 129.3/3.4 *K00 35 262.0/3.6
E00 95
HD219639 CLP 35. /3. CLP [68. /2. ] HD219639
HD219833 CLP 8. /2. CLP [35. /3. ] HD219833
omi And K94 135 5.6/0.5 *K93 105 42.1/1.5 *M89 120 189.2/0.8 *K94 145 9.9/0.7 omi And
*M95 140 11.0/1.3
2 And *K93 45 28.8/1.7 *M89 55 35.0/0.8 2 And
K97 50 26.9/1.8 K97 65 40.3/1.8
6 Cas *M95 70 146.5/3.2 *K00 35 4.3/1.3 6 Cas
The source codes in this table are as follows:
K93, K94, K95, K96, K97, K98, K99, K00: Kitt Peak coude feed (1.2-1.5 km/s)
M89, M95, M96: McDonald 2.7m coude (0.5-0.6 km/s)
A94, A97: AAT + UHRF (0.3 km/s)
E99, E00: ESO 3.6m + CES + VLC (1.25-2.0 km/s)
(An asterisk (*) preceding the above codes indicates already published.)
From the literature:
B95: Barlow et al. 1995, MNRAS, 272, 333 (UHRF)
B97: Blades et al. 1997, ApJ, 478, 648 (UHRF)
BWW: Blades, Wynne-Jones, & Wayte 1980, MNRAS, 193, 849
C94: Crawford 1994, Observatory, 114, 288 (UHRF)
C95: Crawford 1995, MNRAS, 277, 458 (UHRF)
C97: Crawford 1997, MNRAS, 290, 41 (UHRF)
C00 = Crawford 2000 (UHRF)
C01 = Crawford 2001, MNRAS, 327, 841 and 328, 1115 (UHRF)
C02 = Crawford 2002, MNRAS, 334, L33 (UHRF)
CBDS: Crawford et al. 1994, MNRAS, 266, 903 (UHRF)
CCW: Crawford, Craig, & Welsh 1997, A&A, 317, 889 (UHRF)
CD: Crawford & Dunkin 1995, MNRAS, 273, 219 (UHRF)
CLP = Crawford et al. 2002, MNRAS, 337, 720 (UHRF; 0.75 km/s; Na I is D2)
CLS: Crane, Lambert, & Sheffer 1995, ApJS, 99, 107 (McD)
CLW: Crawford, Lallement, & Welsh 1998, MNRAS, 300, 1181 (UHRF)
D99: Dunkin & Crawford 1999, MNRAS, 302, 197 (UHRF);
see also Crawford et al. 2000, MNRAS, 319, L1
FL: Federman & Lambert 1992, AJ, 104, 691 (McD)
H02 = Howarth et al. 2002, MNRAS, (UHRF)
L99: Lehner et al. 1999, A&A, 352, 257 (WHT; 1.9 km/s)
LF: Lemoine & Ferlet, private communication (UHRF);
published in Welty & Hobbs 2001
LM: Lauroesch & Meyer 1999, ApJL, 519, L181 (KPNO)
MB: Meyer & Blades 1996, ApJ, 464, L179 (UHRF)
P01: Price, Crawford, Barlow, & Howarth 2001, MNRAS, 328, 555 (UHRF)
P04: Pan, Federman, Cunha, Smith, & Welty 2004, ApJS, xxx, xxx (KPCF and McD)
PB: Penprase & Blades 2000, ApJ, 535, 293 (UHRF)
McC: McCall et al. 2001 (McD; 1.5 km/s)
R96: Ryans, Sembach, & Keenan 1996, A&A, 314, 609 (UHRF)
S96: Snow et al. 1996, ApJ, 465, 245 (UHRF)
S98: Sahu et al. 1998, ApJ, 504, 522 (UHRF)
SDL: Sembach, Danks, & Lambert 1996, ApJ, 460, L61 (McD)
SRF: Federman, private communication (McD; 1.7 km/s)
TPS: Snow 1998, AAO Newsletter (Jan 1998) (UHRF)
W01: White et al. 2001, ApJS, 132, 253 (KPNO)
WM: Watson & Meyer 1996, ApJ, 473, L127 (KPCF); see also Watson's PhD thesis
WS: Welsh & Sallmen 2003, A&A, 408, 545 (McD; 1.8 km/s)
See these papers for more details:
For earlier work by Hobbs and collaborators, see:
Hobbs 1978, ApJS, 38, 129 (and references therein)
Hobbs 1974, ApJ, 191, 381 (and references therein)
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Last modified 28 Jan 2004