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Table 2.

Basic parameters.

(2) (3) (4) (5) (6)
Object UX/VY SW Period incl(ref) dist
[hr] [deg] [pc]
PX And VY(1) Y(3) 3.50 74±4(3, 38, 40) 721±14
V794 Aql VY(1, 2) N 3.67 39±17(2, 30) 655±11
V1315 Aql UX(1, 2) Y(3) 3.34 82±4(1, 8) 446±4
HL Aqr UX(1, 2) Y(3) 3.24 18±8(24, 32) 580±7
UU Aqr UX(1, 2) Y(3) 3.91 78±4(1, 30) 260±1
TT Ari VY(1, 2) P(4) 3.29 23±8(2, 28, 41) 249±2
WX Ari VY(a) Y(3) 3.34 65±10( ⋆ ) 564±15
KR Aur VY(1, 2) N 3.89 34±10(1, 2, 30, 41) 445±47
V363 Aur UX(1, 2) Y(3) 7.70 71±7(1, 2, 3, 39) 842±14
BZ Cam VY(1, 2) N 3.67 26±14(12, 14, 31) 374±3
QU Car UX(b) N 10.80 60±4( ⋆ ) 581±5
V425 Cas VY(1, 2) N 3.58 25±9(1, 2, 24) 928±16
V592 Cas UX(1) P(4) 2.76 28±10(20, 29, 30) 466±4
AC Cnc UX(1, 2) Y(4) 7.20 74±4(1, 2, 5) 639±8
V751 Cyg VY(1, 2) P(4) 3.46 30±20(12, 15) 764±10
CM Del VY(1, 2) N 3.89 57±17( ⋆ ) 398±3
RZ Gru UX(1, 2) N 8.64 61±7( ⋆ ) 563±6
V795 Her UX(c) Y(3) 2.59 40±15(24, 36) 573±6
V825 Her UX(1) N 4.94 18±8(24) 1075±18
BH Lyn VY(1, 2) Y(3) 3.72 79±4(18, 30) 753±18
BP Lyn UX(1, 2) P(4) 3.65 40±30(4, 17, 24, 30) 667±10
MV Lyr VY(1, 2) N 3.17 10±8(19, 23) 497±7
AH Men UX(d) Y(3) 3.05 50±10(13, 32) 499±3
HQ Mon UX(1) N 7.58 35±15(7) 714±11
KQ Mon UX(1) Y(4) 3.07 40±25(6, 42) 628±8
V380 Oph VY(e) Y(3) 3.70 42±13(1, 14, 30) 703±12
V426 Oph NL?(f) N 6.84 57±8(1, 2, 6, 16) 191±1
V442 Oph VY(1, 2) Y(3) 2.98 55±20( ⋆ ) 483±4
LQ Peg VY(g) N 2.98 20±15(10, 34) 1280±44
LS Peg UX(h) Y(3) 4.18 30±8(1, 14, 37) 292±3
TW Pic VY(1) N 6.36 33±8(12, 27, 30) 428±3
V347 Pup UX(i) P(4) 5.54 84±4(1, 9, 39) 293±1
V348 Pup UX(l) Y(3) 2.42 81±4(1, 11, 33) 814±18
VY Scl VY(1, 2) N 5.57 30±15(1, 21, 30) 610±8
LX Ser VY(1, 2) Y(3) 3.17 75±4(1, 3, 30, 35) 493±7
RW Sex UX(1, 2) N 5.88 40±12(1, 2, 28, 30) 223±1
SW Sex UX(1, 2) Y(3) 3.22 77±4(1, 2) 621±11
V3885 Sgr UX(1, 2) N 4.97 60±15( ⋆ ) 129±1
RW Tri UX(1, 2) Y(3) 5.54 76±7(1, 2, 3, 26) 306±2
DW UMa VY(1) Y(3) 3.26 82±4(1, 2, 30) 590±7
UX UMa UX(1, 2) N 4.70 70±5(1, 2, 22, 25, 26) 292±1
IX Vel UX(1, 2) N 4.66 48±12(1, 2, 28, 30) 90.0±0.1

Notes. Classification: (1) Downes et al. (2006), (2) Ritter & Kolb (2011), (3) Rodríguez-Gil et al. (2007a,b), (4) Hoard et al (2003). Notes to the classification of specific objects: (a) WX Ari: Patterson’s AAVSO alert of VY Scl behavior; (b) QU Car: UX UMa, classified as NL1, 2 (Šimon 2017; c) V795 Her: NL non VY Scl: UX UMa (Wenzel et al. 1988; d) AH Men: SW Sex non VY: UX UMa (Ballouz & Sion 2009; e) V380 Oph: VY Scl (Shugarov et al. 2007); (f) V426 Oph: identical to other NLs (Figs. 3, 6, 8): NL; (g) LS Peg: SW Sex, i.e. NL; (h) LQ Peg: VY Scl (Schmidtke et al. 2002; i) V347 Pup: NL1, 2 non VY Scl: UX UMa; (l) V348 Pup: NL2 non VY Scl: UX UMa (Froning et al. 2003). Inclinations: The inclinations are mainly from: 1. Ritter & Kolb (2011), 2. La Dous (1991) and 3. Warner (1995), with additional data from 4. Ballouz & Sion (2009), 5. Bisol et al. (2012), 6. Bruch (2021), 7. Bruch & Diaz (2017), 8. Dhillon et al. (1991), 9. Diaz & Hubeny (1999), 10. Dubus et al. (2018), 11. Froning et al. (2003), 12. Froning et al. (2012), 13. Gänsicke & Koester (1999), 14. Godon et al. (2017), 15. Greiner et al. (1999), 16. Hessman (1988), 17. Hoard & Szkody (1996), 18. Hoard & Szkody (1997), 19. Howell & Mason (2018), 20. Huber et al. (1998), 21. Hutchings & Cowley (1984), 22. Knigge & Drew (1997), 23. Linnell et al. (2005), 24. Mizusawa et al. (2010), 25. Neustroev et al. (2011), 26. Noebauer et al. (2010), 27. Norton et al. (2000), 28. Prinja & Rosen (1995), 29. Prinja et al. (2004), 30. Puebla et al. (2007), 31. Ringwald & Naylor (1998), 32. Rodríguez-Gil et al. (2007a,b), 33. Rolfe et al. (2000), 34. Rude & Ringwald (2012), 35. Rutten et al. (1992), 36. Simon et al. (2012), 37. Taylor et al. (1999), 38. Thomas et al. (2010), 39. Thoroughgood et al. (2004), 40. Thorstensen et al. (1991), 41. Wade (1988), 42. Wolfe et al. (2013). ( ⋆ ) Inclinations discussed in Appendix A.1.

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