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Table A.1

The known roAp stars and their physical parameters.

S.N. Star name Other α 2000 δ 2000 Sp. b-y m 1 c 1 δ m 1 δ c 1 β T eff Ref.
name Type mag mag mag mag mag mag K
1. J0008 00 08 30 +04 28 18 A9p SrEu(Cr) – – – – – – 7300 1
2. HD 6532 01 05 56 –26 43 44 ApSrCrEu 0.082 0.233 0.870 –0.014 –0.051 2.882 7900 2
3. HD 9289 01 31 16 –11 07 08 ApSrEu 0.138 0.225 0.826 –0.018 –0.012 2.833 8000 3, 4
4. HD 12098 02 00 40 +58 31 37 F0 0.191 0.328 0.517 –0.122 –0.279 2.796 7500 5
5. HD 12932 02 06 16 –19 07 26 ApSrEuCr 0.179 0.228 0.765 –0.024 –0.035 2.810 7620 6
6. HD 19918 03 00 37 –81 54 07 Ap SrEuCr 0.169 0.216 0.822 –0.010 –0.058 2.855 7800 4
7. HD 24355 J0353 03 53 23 25 38 33 A5p SrEu – – – – – – 8250 1
8. HD 24712 HR 1217 03 55 16 –12 05 57 ApSrEu(Cr) 0.191 0.211 0.626 –0.023 –0.074 2.744 7250 7, 8, 9
9. HD 42659 06 11 22 –15 47 35 ApSrCrEu 0.124 0.257 0.765 –0.050 –0.076 2.834 7500 4
10. HD 258048 J0629 06 29 57 +32 24 47 F4p EuCr(Sr) – – – – – – 6600 1
11. J0651 06 51 42 –63 25 50 F0p SrEu(Cr) – – – – – – 7400 1
12. HD 60435 07 30 57 –57 59 28 ApSr(Eu) 0.136 0.240 0.833 –0.034 –0.047 2.855 7800 10
13. HD 69013 08 14 29 –15 46 32 A2SrEu 0.296 0.330 0.400 –0.137 –0.324 2.772 7600 11
14. HD 75445 08 48 43 –39 14 02 SrEu 0.159 0.218 0.729 –0.019 0.001 2.801 7650 12
15. J0855 08 55 22 +32 42 36 A6p SrEu – – – – – – 7800 1
16. HD 80316 09 18 25 –20 22 16 ApSr(Eu) 0.118 0.324 0.599 –0.118 –0.283 2.856 7700 13
17. HD 83368 HR 3831 09 36 25 –48 45 04 A8pSrEuCr 0.159 0.230 0.766 –0.024 –0.062 2.825 7650 7, 14, 15
18. HD 84041 09 41 34 –29 22 25 ApSrEuCr 0.177 0.233 0.797 –0.026 –0.061 2.844 7500 4
19. HD 86181 09 54 53 –58 41 45 ApSr 0.172 0.205 0.757 0.001 –0.061 2.819 7900 16
20. HD 92499 10 40 08 –43 04 51 A2SrCrEu 0.179 0.301 0.615 –0.099 0.000 2.812 7500 17
21. HD 96237 11 05 34 –25 01 09 A4SrEuCr 0.233 0.261 0.704 –0.054 –0.122 2.824 7800 11
22. HD 97127 J1110 11 10 54 +17 03 48 F3p SrEu(Cr) – – – – – – 6300 1
23. HD 99563 11 27 17 –08 52 08 F0 0.171 0.206 0.745 –0.001 –0.090 2.830 7000 18, 19, 20
24. HD 101065 Przbylski’s star 11 37 37 –46 43 00 Controversial 0.431 0.387 0.002 –0.204 –0.370 2.641 6800 7, 21, 22
25. HD 115226 13 18 00 –72 57 01 A3pSr – – – – – – 7600 23
26. HD 116114 13 21 46 –18 44 32 ApSrCrEu 0.172 0.226 0.843 –0.016 0.008 2.836 7600 24
27. HD 119027 13 41 20 –28 46 60 ApSrEu(Cr) 0.257 0.214 0.557 –0.034 –0.076 2.731 7050 25
28. J1430 14 30 50 +31 47 55 A9p SrEu – – – – – – 7100 1
29. HD 122970 14 04 49 +05 24 51 F0 0.260 0.178 0.540 –0.005 –0.011 2.707 7000 26
30. HD 128898 α Cir 14 42 30 –64 58 30 ApSrEu(Cr) 0.152 0.195 0.760 0.012 –0.077 2.831 7500 7, 27, 28
31. HD 132205 15 00 04 –55 02 60 A2EuSrCr – – – – – – 7800 29
32. HD 134214 15 09 02 –13 59 59 ApSrEu(Cr) 0.216 0.223 0.620 –0.029 –0.108 2.774 7400 30
33. HD 137909 β CrB 15 27 50 +29 06 20 F0p 0.141 0.257 0.740 –0.056 0.002 2.839 7800 31
34. HD 137949 33 Lib 15 29 35 –17 26 27 ApSrEuCr 0.196 0.311 0.580 –0.105 –0.236 2.818 7700 32,33,34
35. HD 143487 16 01 44 –30 54 57 A3SrEuCr 0.311 0.262 0.393 –0.089 –0.169 2.706 7000 17
36. HD 148593 16 29 39 –14 35 06 A2 Sr – – – – – – 7850 29
37. J1640 16 40 03 –07 37 30 A8p SrEu – – – – – – 7400 1
38. HD 150562 16 44 11 –48 39 18 A/F (pEu) 0.301 0.212 0.659 –0.015 –0.087 2.783 7500 4
39. HD 151860 16 52 59 –54 09 46 A2SrEu 0.327 0.221 0.538 – – – 7050 29
40. HD 154708 17 10 28 –58 00 17 Ap 0.277 0.256 0.464 –0.079 0.015 2.757 7200 35
41. HD 161459 17 48 30 +51 55 02 ApEuSrCr 0.245 0.246 0.679 –0.040 –0.141 2.820 7950 36
42. HD 166473 18 12 26 –37 45 09 ApSrEuCr 0.208 0.321 0.514 –0.118 –0.268 2.801 7700 37,38
43. KIC 007582608 18 44 12 +43 17 51 Ap – – – – – – 8700 39
44. HD 176232 10 Aql 18 58 47 +13 54 24 F0pSrEu 0.150 0.208 0.829 –0.004 0.031 2.809 7400 40,41
45. KIC 010195926 19 05 27 +47 15 48 Ap – – – – – – 7400 42
46. KIC 008677585 19 06 28 +44 50 33 A5p – – – – – – 7600 43
47. HD 177765 19 07 10 –26 19 54 A5SrEuCr 0.248 0.261 0.731 –0.054 –0.110 2.834 8000 44
48. J1921 19 21 29 +47 10 53 F3p SrEuCr – – – – – – 6200 45
49. HD 185256 19 39 20 –29 44 34 ApSr(EuCr) 0.277 0.185 0.615 –0.004 –0.039 2.738 7250 46
50. J1940 19 40 08 –44 20 09 F2(p Cr) – – – – – – 6900 1
51. KIC 010483436 19 46 29 +47 37 50 Ap – – – – – – 7388 47
52. HD 225914 KIC 004768731 19 48 26 +39 51 58 Ap – – – – – – 7726 48
53. HD 190290 20 13 56 –78 52 42 ApEuSr 0.289 0.293 0.466 –0.091 –0.306 2.796 7500 36
54. HD 193756 20 24 12 –51 43 25 ApSrCrEu 0.181 0.213 0.760 –0.008 –0.040 2.810 7500 36
55. HD 196470 20 38 10 –17 30 06 ApSrEu(Cr) 0.211 0.263 0.650 –0.059 –0.144 2.807 7850 36
56. HD 201601 γ Equ 21 10 20 +10 07 54 F0p 0.147 0.238 0.760 –0.032 –0.058 2.819 7600 49,50
57. HD 203932 21 26 04 –29 55 48 ApSrEu 0.175 0.196 0.742 0.004 –0.020 2.791 7200 51
58. HD 213637 22 33 12 –20 02 22 A(pEuSrCr) 0.298 0.206 0.411 –0.035 –0.031 2.670 6400 52
59. HD 217522 23 01 47 –44 50 27 Ap(Si)Cr 0.289 0.227 0.484 –0.056 –0.015 2.691 7100 53
60. HD 218495 23 09 28 –63 39 12 A2pEuSr 0.114 0.252 0.812 –0.049 –0.098 2.870 8000 36
61. HD 218994 23 13 16 –60 35 03 A3Sr 0.154 0.196 0.826 0.008 0.032 2.807 7600 54

Notes. 1. Holdsworth et al. (2014a); 2. Kurtz et al. (1996); 3. Kurtz et al. (1994b); 4. Martinez & Kurtz (1994a); 5. Girish et al. (2001); 6. Schneider et al. (1992); 7. Kurtz (1982); 8. Kurtz et al. (2005b); 9. Mkrtichian & Hatzes (2005a); 10. Matthews et al. (1987); 11. Elkin et al. (2011); 12. Kochukhov et al (2009); 13. Kurtz et al. (1997b); 14. Kochukhov (2006); 15. Kurtz et al. (1997a); 16. Kurtz & Martinez (1994); 17. Elkin et al. (2010); 18. Dorokhova & Dorokhov (1998); 19. Handler et al. (2006); 20. Elkin et al. (2005b); 21. Mkrtichian & Hatzes (2005b) 22. Martinez & Kurtz (1990); 23. Kochukhov et al (2008); 24. Elkin et al. (2005a); 25. Martinez et al. (1993); 26. Handler et al. (2002); 27. Balona & Laney (2003); 28. Kurtz et al. (1994a); 29. Kochukhov et al. (2013); 30. Kreidl & Kurtz (1986); 31. Hatzes & Mkrtichian (2004); 32. Kurtz et al. (2005a); 33. Mkrtichian et al. (2003); 34. Kurtz (1991); 35. Kurtz et al. (2006); 36. Martinez et al. (1991); 37. Kurtz et al. (2003); 38. Kurtz & Martinez (1987); 39. Holdsworth et al. (2014b); 40. Hatzes & Mkrtichian (2005); 41. Heller & Kramer (1990); 42. Kurtz et al. (2011); 43. Balona et al. (2013); 44. Alentiev et al. (2012); 45. Holdsworth (2015); 46. Kurtz & Martinez (1995); 47. Balona et al. (2011); 48. Smalley et al. (2015); 49. Kochukhov & Ryabchikova (2001); 50. Martinez et al. (1996); 51. Martinez et al. (1990); 52. Martinez et al. (1998); 53. Kreidl et al. (1991); 54. Gonzalez et. al (2008).

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