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'E-z 'NXLH3IUH3VN BHXINONOKLSV 19 41 30 20 - - 1goo Name RA. Decl. + m n f D , s 1 Power __* €3 111 73 oh 59" - 6' 2' 05-84 15503 0% 4 131'28 4 - oh8 rn , rn -228 05-92 155.0 0.8 4 12.56 6 -0.2 rg , rb 142 05.96 155.3 0.7 4 12.69 4 +0.2 b , b 228 8 Phoenicis I2 -47 '5 04.85 = 3.3 2.6 5 1.24 4 - 0.9 rn , rb 228 Sellors I 04.88 I 6.3 3.9 4? +0.3 vb , b 228 04.96 15.4 3.9 3 1.48 4 - 1.0 m , rn 228 05.82 2 0.9 1.0 2 - - 1.7 b , rn 142 0535 6.9 3.2 4 1.83 4 -0.6 rb , m 228 05.85 25.5 2.6 4 1-51 4 -0.6 rb , rb 340 05-92 7.9 6.2 4- -0.3 vb , rb 228 05.96 12.1 1.3 5- - 0.9 b , b 228 05-96 I 1.5 1.9 4 1-59 4 - 1.0 b , rn 228 2 102 Med. & C I I2 +48 29 04.88 2 24.8 1.6 4 9.65 6 -3.4 rn , rb 228 04.89 223.9 2.4 4 9-10 6 - 2.8 rn , vb 228 04.99 223.8 0.7 4- - - 1.0 g , rb 228 05.01 225.0 1.6 4 9.37 6 -0.2 rg , rb 142 05.02 224.9 0.7 5 9.45 4 + 0.6 m , rb 228 05.85 2 2 3.6 0.6 5 9.16 4 - 1.0 rn , rn 228 05.96 224.2 1.2 4 9-50 4 - 1.4 rb , rb 142 n Med. & D P 04.97 61.9 1.6 4- - - 0.8 b ,rb 228 05.02 64.0 I .6 4- +0.7 vb , rb 228 > > 04.9 7 8.6 I .o 4- - 0.9 rn , rb 228 P > 04.9 I 10.9 1.0 8- - 0.8 m , b 228 ,v P 04.9 7 356.3 0.5 4- -0.7 b , b 228 I 18 -19 36 04.88 7 5.6 0.6 4- +0.5 rn , rg 228 04.88 74.2 0.9 4- - 0.4 rn , m 228 04.89 7 5.9 1'5 4- -0.5 sg , rg 228 04.9 7 74.1 2.0 4- + 1.3 rg , rg 228 z Sculptoris -30 25 04.85 95.6 0.6 3- -2.5 vb , rn 228 h 3447 04.88 9 1.0 1.1 5 1-49 4 0.0 b ,b 228 04.89 95.7 0.5 4 1.57 4 - 0.6 n~ , rb 228 04.96 95.9 2.3 5 2.20 4 - 1.4 m , rn 228 04.9 7 96.6 1.8 4 1-85 4 + 1.2 rb , rb 228 05.82 97.2 2.6 4- - - 2.0 rn , m 600 05.84 99.0 3.4 4 1.85 6 - 1.5 rb , rb 340 05-96 91.2 0.9 4 1-15 4 - 1.7 rb , rb 228 Eridani p I 36 -56 42 04-85 220.0 1.5 4 7.66 6 - 1.1 rb , rb 228 Dunlop 5 04.88 221.2 I. I 5- 1 -1.5 vb , b 228 04.88 220.9 1.4 4 7.25 4 -0.1 rb , rn 340 04.93 221.6 0. I 4 8-14 4 -0.1 m , b 142 05.00 221.5 1.3 4 7.33 6 - 0.4 rb ., rb 228 05.02 221.6 0.3 4 1-59 6 rb , rn 228 05.85 22 1.5 0.5 4 7.47 4 rn , rn 228 Sculptoris - I -25 33 04.89 5 1.5 2.5 4- m , rb 228 h 3461 04.9 2 5 2.9 1.5 6- b , b 228 04-92 5 3.4 1.2 4- rb , b 128 04.9 7 49.5 2.1 5- rg , m 1a8 B 158 +32 39 04.88 265.2 4-5 5? vb, rb a28 04-89 254.8 1.4 4- b , b 228 05.03 256.6 6.3 4- vb, m 128 05.04 262.6 2.0 6- b , rb 180 B 5'3 , I 54 +I0 25 04-99 90.6 1.8 4 seen rb , rb 228 05.00 78.7 2.4 4 .? vb , vb 228 05.03 7 5.2 a.8 4 seen rb , m 600 Hastings I ~ 211 -18 42 04.88 3 5 5.8 2.6 4- b , b 228 04.88 343.5 5.4 4- vb, rb 228 21 41 30 22 ------I goo Name RA. Decl. m n P t Power + __ - -+ Hasrttigs I 2h I Irn - 18~42' 04.9 2 349:o 201 4 - oh2 b rb 228 04.93 3 5 1.9 1.1 4 - 0.3 vb , m 228 04.9 7 35'4' 1.8 5 t0.8 rb , rb 228 B 240 2 I1 +23 25 05.00 50.9 0.6 4 - 1.3 m ,b 228 +2.I 05-03 5 3.4 1.3 6 m 1m 228 05.84 5 3.0 1.6 5 - 2.6 rb , b 142 2s 249 2 14 +44 9 04.99 196.8 4-4 5 - 1.2 vb , rb 228 05.00 200.1 3.1 5 - 1.5 b , rb 228 05.01 204.5 3.8 5 - 0.8 vb , rb 228 05-03 '93.9 2.4 4 + 2.2 rb , m 228 h 3494 2 16 -35 54 04.9 2 76.9 4. I 5 - 1.2 vb b 228 04-96 63.5 7.2 4 - 1.9 vb , b 228 05.00 54.4 6.0 4 - 1.2 vb , rb 142 Hough 3 I 3 2 18 - 8 16 04.92 88.6 2.5 4 0.0 vb , b 228 h 3504 2 26 -30 49 05.00 270.8 1.9 5 - 1.0 b rb 228 05.02 266.9 0.4 4 + I:I rb rb 142 05.02 268.3 1.4 5 - 0.4 b , rb 228 25 295 2 36 - 17 04.88 3 18.3 1.6 4 - 2.3 vb , rb 228 04.9 2 321.8 0.8 5 - 1.4 vb , rb 228 2. I 05.00 321.8 5 - 1.5 rg 1 m 142 B 300 2 38 +29 2 04.88 304.8 3.2 5 - 2.0 m lb 228 2.0 05.00 306.1 1.4 4 - rg 1 rg 142 05.03 305.8 1.2 4 + 2.0 m ,m 228 h 3527 2 40 -40 51 04.88 41.5 5.4 4 - 1.8 vb , b 228 04.9 2 49.6 2.7 4 - 0.8 b , rb 228 04-93 58.8 4.0 4 - 0.6 b ,m 228 04.96 41.6 0.9 4 - 2.2 rb , rb 228 05.85 45.3 3.5 5 - 1.8 rb , m 228 2312 AB 2 45 +72 31 04.9 7 27.2 8. I 5 - 0.2 b , rb 142 04.99 23.5 4.2 4 - 1.5 rb , rb 228 05.02 23.6 0.8 4 + 1.0 rb rb 142 > AC % 04-99 131.6 0.5 3 - 1.4 vb , rb 142. 05.02 '29.3 0.4 4 + 1.0 b , rb 142 2 334 2 54 + 6 17 04.88 310.2 6.1 5 - 2.0 vb vb 228 05.01 306.8 1.4 4 - 1.2 vb , rb 2 28 05-03 317.0 2.3 5 + 1.9 m ,m 228 05-85 309.9 1.5 4 -2.2 rb , rb 228 08 50 33 t-71 II 04.9 7 198.7 1.3 4 - 0.4 rb , rb 228 05.02 203.8 5.2 5 +0.9 b ,b 228 05-87 198.9 2.8 4 - 0.8 b , rb 228 h 3556 39 -44 48 04.93 214.7 0.1 4 - 0.6 b , rb 228 O4.9 7 211.6 5.4 5 - 0.2 vb , b 228 05.8 7 208.6 4.5 5 - 1.3 vb , rb 228 05-96 2 I 2.9 4.' 5 +0.6 vb , rb 142 06.02 211.8 3.5 5 -0.5 rb , rb 142 B 388 3 22 -1-50 7 04.96 2 14.0 1.6 4 - 1.4 rb rb 228 O4.97 2 I 1.6 2.4 4 -0.5 rb , rb 228 Oj.01 210.9 1.2 4 - 0.2 b ,b 228 05.1 2 208.8 0.5 4 +0.7 m , rb 228 05.81 2 I 2.3 1.4 4 - 1.3 rb rb 228 2 407 3 25 -11 29 04-93 48.1 5.0 4 -0.7 b , rb 228 05.00 50.0 2.7 4 - 2.0 b , rb 228 05.87 50.9 4.3 6 -2.1 vb , rb 228 2 436 3 36 -12 55 04.89 237.' 0.3 4 - 2.3 rg I vb 228 04.92 236.1 0. I 4 - 2.2 rb , vb 228 05.02 235.8 0. I 4 +0.2 m vb 228 2* 23

~ Name RA . f Power ____ZP -+ 2 436 3h 3brn 007 4 37"3 - 2h6 m , rb 228 Washburn 67 3 50 3.0 6- - 1.9 vb , rb 228 0.6 4 2.78 - 1.3 rb , b 228 2.3 4 3.17 -2.1 b , rb 228 3 58 3.9 5 1-24 - 1.9 rb , rb 228 3.1 6- - 0.9 vb , b 2 28 I .o 4 2.10 - 1.3 rb b 228 I .o 4 1.55 - 2.3 b , rb 228 49 2.0 4 2.62 - 1.9 b , rb 228 2.2 4 2.82 - 0.4 rb , rb 142 1.2 4 2.52 - 1.3 m , rb 228 0.4 4 2.98 - 1.8 m ,m 228 4 I5 -34 9 04.92 158.6 0.8 4 5-52 - 2.6 b Ib 228 04.96 158.4 1.0 4 5.15 - 0.7 rb , rb 142 05.02 161.7 1.8 4 5.50 0.0 rb , rb 228 4 -17 - 4 55 04.93 '70.4 4.6 5 1.83 - 1.9 b Ib 228 05.00 162.3 1.9 4 1.82 - 1.0 m , rb 228 05.04 157.7 3.3 6- - 0.7 b , rb 142 5.6 4- f2.2 rb , rb 228 4 24 1.9 4- -2.2 b , rb 228 04.96 260.4 2.4 5- - 1.2 rb , m 228 05.01 259.2 2.8 5- - 0.5 b , rb 228 05.02 260.4 1.7 4- - 0.4 b ,b 228 4 30 -1-19 17 ,04.96 322.5 3.2 5- - 1.3 vb , rb 142

~ 04.96 318.0 2.5 4- - 2.3 b , rb 228 05.12 322.1 1.2 4- + 1.5 b , rb 228 05.96 324.5 0.8 4 2.18 - 1.7 b ,m 228 06.02 325.1 2.8 5 2-41 - 1.6 b lb 2 28 4 32 +26 43 04.96 200.5 0.5 4- - 1.3 rg I m 142 I 04.96 201.4 0.8 4 3.69 - 2.2 m , rb 228 05.12 200.9 0.7 4 3.99 +2.I m , rb 228 05.87 199.7 0.6 4 4.03 - 2.0 'g 1 rg 142 4 35 +37 18 04.96 71.3 1.3 4 1.51 - 2.1 rb , rb 228 04.97 68.7 2.0 5- - 1.2 rb , vh 228 05.87 65.6 1.7 4 1.87 -1.9 rb , rb 228 05.96 67.1 0.7 4- - 2.0 b rb 228 06.02 . 70.3 1.0 4 1.61 - 0.9 b ,b 2 28 ,4 57 -49 36 04-96 '17.5 1.7 4- - 2.0 vb , rb 228 04.97 116.0 2.4 5- - 1.5 vb , rb 228 05.02 112.6 1.9 4- - 0.6 b ,m 228 05.04 112.2 1.5 5- -0.7 rb 1 rg 142 05.96 114.0 2.5 5- - 2.0 rb m 142 52 f 8 21 04.97 168.4 1.5 4- - 1.7 rb I '82 228 1 05.00 164.7 1.2 4- - 1.6 b , rb 228 05.04 156.3 9.2 5? - 1.1 vb , rb 340 55 0.6 4 12.22 - 1.9 rb rb 228 1.3 4 12.~3 - 1.6 m ,m 228 05.97 24.5 0.8 4- - 2.3 rb ) rb 142 06.04 23.3 I .o 4 '1.97 - 2.5 m ,m 142 x Leporis, 2 661 59 -13 14 04-96 358.3 1.8 4- - 1.7 vb , m 142 05.00 357.6 2.3 4 2.06 - 1.7 m 1m 228 05-01 359.4 0.3 4 2.08 - 1.5 m , rb 228 05.12 356.7 5.2 3 2.40 - 0.7 b lb 228 I: 677 5 '4 -1-63 16 04.96 243.5 4.2 4? - 2.6 vb , b 228 04.97 248.6 1.0 6- - 1.4 b Ib 228 I 05.12 259.5 1.7 4? - 0.9 vb , b 228 25 4130 26

- - 7 - - I goo Name RA. Decl. + e VL r P t ower ___ - ~ 2 Bradley 757 - oo 58' 4.96 6 604 01 J 2!'00 - rh9 128 5.00 65.1 1. 6 t 2.28 - 1.7 128 5.12 64.1 :.I I 2.34 -0.7 128 '5.96 69.0 ~6 4 1.92 - 2. I 140 HI1 102 - 8 33 14.96 4 1.6 1.6 I 5.7 9 - 2.2 a28 15.00 43.3 1.6 $ 5-85 - 1.6 228 HI 53 t 2 51 '4.9 7 58.3 r.5 # I - 1.9 2 28 15.00 - - 1.5 228 54.3 'a 9 1 15.12 54.0 i.2 1 - + 0.9 228 228 h 3760 -35 26 '5.01 '23.5 '* 5 1 7.64 - 1.4 '5.04 ! 2 2.6 1. 5 1 7-78 - 1.0 [42 228 Dunlop 20 -52 24 '5.02 187.3 1. 3 1 57.55 -0.7 '5.04 !87.1 '-4 1 58.16 - 0.7 142 2 735 - 6 35 '4.96 ;5 3.1 1. I 5 t2.39 - 2.2 228 '5.00 i52.1 '-4 4 12.45 - 1.4 228 '5.96 153.2 3.9 4 12.20 -2.1 142 - B Orionis AB - 5 28 '4.99 33.8 3. 7 4 - 2.6 142 - 228 15.02 33.2 3- 7 4 - 2.0 - )) AC B '4.99 i32.5 3.5 4 -2.7 142 - '5.02 (32.3 3. I 4 - 1.9 228 -_ u AD W '4.99 94.1 I .O 5 - 2.6 142 - 228 '5.02 96.0 3. 7 5 - 1.7 - u BC W '4.99 t63.3 3.8 4 - 2.7 142 '5.02 r64.9 3'3 4 - - 1.7 228 - P DB 2 14.99 %00*9 3.8 5 - 2.5 142 15.02 501.8 3.4 4 - - 1.8 228 - B DC B '4.99 243.0 3.8 4 - 2.7 142 15.02 241.4 3.7 4 - -2.1 2 28 2 149 +26 54 34.96 66.8 '-3 4 - + 2.7 228 - 2 28 35.01 [ 73.6 1.3 5 - 1.8 H I1 26 - 4 26 24-96 60.3 0.8 4 4.28 - 2.1 228 25.00 61.4 0.4 4 4.17 - 1.3 228 36.02 60.5 0.9 4 4.94 - 2.3 142 h 3823 -31 3 35.02 I 10.7 2.1 4 - - 1.4 228 35.02 '13.7 2.2 5 - - 1.8 228 35.12 I I 1.6 2.6 4 2.52 +0.5 228 35.12 114.9 6.0 6 - - 1.7 228 Argelander I -25 I 05.02 298.1 1.3 4 - - 2.1 228 35.1 2 297.3 1.9 4 4.52 - 1.6 228 36.04 298.1 1.5 4 4.76 - 0.9 142 - 22 3116 -11 44 05.02 2 8.7 4.1 4 - 2.2 2 28 06.02 23.5 2.3 5 - -2.9 142 06.04 23.4 0.9 5 - - 1.4 142 8 Monocerotis A1 - 6 58 05.01 131.E 1.4 4 1.30 -2.1 228 05.12 132.3 1.0 3 7.22 - 1.8 228 05.'5 133.4 0.4 4 1-09 + 1.8 228 05.3' '34.5 0.7 5 6.80 +2.I 142 a A( > 05.01 s26.c 1.3 4 9.80 - 2.0 2 28 05.12 125.7 0.3 4 10.36 - 1.8 228 05.15 127.2 1.1 4 9.49 + 1.9 228 05.3' 128.1 0.5 4 9.38 + 2.3 142 u 05.01 104.t 0.6 4 2.70 -2.1 228 05. I L I 06.5 1.2 4 2.86 - 1.7 228 05.I< 108.c 2.1 4 2.80 + 1.9 228 05-31 107.~ 2.3 4 3.04 + 0.4 '142 Dunlop 30 -50 IC 05.1: 3 I 6.5 1.5 4 I 1.83 -0.5 228 27 4130 28

I - Name RA. Decl. Igoo 1 tl Power - - + 1- 1- -+ Dunlop 30 6h27m -50'10' 06.08 31801 ID2 4 11!'05 6 -oh4 b , rb 06.10 315.3 0.8 4 13.16 6 +0.5 rb , rb Lac. 2337 6 30 -29 33 05.02 354.0 0. 7 4- - -2.3 b rb 0.I 4 6.84 4 -00.4 m tm 1.1 4 6.54 6 +2.0 rb , b 1.2 6 7.32 6 1-2.5 rb b Dunlop 31 6 36 0.5 4 13.10 6 +0.3 rg I rg 0.7 4 12.69 4 -0.4 m ,m 0.5 4 13.05 4 -0.4 b rb Dunlop 3 2 6 39 0.8 4 1-90 6 -1.8 m , rb 1.9 4 8.18 6 -0.3 rb , rb h 3891 6 42 2.4 5- - - 2.0 b , rb 2.0 4 4.71 4 -0.3 m rb 1 *9 5 4.66 4 +2.5 b ,b 6 44 2'5 4- - -2.2 vb , rb 6 52 1.3 4 2.82 4 -2.5 rg , rb 1.3 4 2.91 4 -0.4 m , rb 0.6 5- - + 2.5 m ,b h 3928 72 1.1 4 3.19 4 -0.6 b , rb 2 I037 77 1.7 4- - - 2.5 vb , rb 3.9 6- - + 2.8 b , rb LI. 14200 0.8 5 27.49 6 -2.7 rg 3 vb 0.5 4 27.68 6 +I.O ,b 08 170 1.8 4 1.75 4 -2.5 rb , rb 2.5 4- - i- 2.3 m ,m 3.0 4 1-98 4 g 1 vb h 3956 1.2 4- -. -0.7 vb , rb 1.8 4- - -0.1 b , rb a Geminorum 0.8 4- - -33.5 rb , b 05.12 224.6 0.3 4 5.63 6 -1.6 rb rb 05.19 224.6 0.9 1- - +I.I m ,m 05.29 223.2 0.2 4 5.35 6 +0.5 m ,m 1.6 4- - +3-3 b , vb 1.5 5- - +2.3 g ,m 0.4 4 5.11 6 t-1.4 m ,m n Puppis 7 30 -23 15 05.19 ' 111.1 0.8 4 9.23 6 +0.9 m Ib 05.29 112.0 0.1 5 9-07 6 +0.8 m 1m 0.4 4 6 -1-1.1 m lb 8.95 - HI 23 7 34 1.3 4- - 2.6 rg I rg 4- - +2.2 rb , m 0.9 - 2.3 5- -1-2.6 g lb 08 182 I 41 6.0 6- - - 2.1 vb , rb 2.8 6- - +2.I b , rb 05.34 40.6 3.8 4- - + 2.5 b Ib Dunlop 63 86 -42 21 05.32 81.8 1.0 4 5-20 6 +I.O rb , b 7 Argus AB 86 -47 2 05.32 220.4 0.1 4 40.62 6 +0.7 m lb 05.34 220.4 0.2 4 41.90 6 41.5 m , rb 06.08 221.0 0.7 4 41.38 6 -1.1 rb , rb 0.3 4 41.62 6 -0.7 m , rb B AC n 1.5 4- - 4 1.0 rb , b 06.08 151.4 0.3 4- - - 1.0 m 1m >) BC m 05.32 113.2 0.9 4- - + 1.1 rb , b 06.08 113.2 0.6 5- - - 1.0 m tm B CD > 05.32 123.5 0.4 4- - 4 1.2 rb , b .I-- 06.08 124.4 0.9 4- - - 1.0 m 1m )) AD * 05.32 143.0 0.5 4- - + 1.3 rb , b 4x30 30 ------I 900 Name RA Decl. + 0 m n P t 'ewer ~~ ____ ~ - -+ y Argus AD 8h 6* -47O 2' 36.10 141% 008 4 - oh5 B BD > > 05.32 1'5.9 0;5 4 + 1.3 06.10 I I 5.8 0.9 4 - 0.6 8 Hydrae, 8 1273 8 41 i- 6 49 05-29 236.6 1.3 6 + 1.5 35.32 237.1 1.5 4 + 1.8 05.35 236.9 1.0 4 + 1.6 Riimker 9 8 43 -58 21 05.32 290.0 2. I 6 + 0.8 05-35 291.1 2.0 4 + 1.4 9 27 -40 2 05.36 257.4 2.5 6 to.5 I0 I -5' '9 05-32 181.0 0.2 4 - 0.3 I0 2 -18 49 05.32 3 2 6.8 1.3 4 + 1.0 05.34 326.2 2. I 4 +I.I 05.3 5 326.5 1.2 4 + 1.0 Schjellerup I 6 I0 17 - 9 16 05.32 177.9 1.8 4 +0.4 05.35 173.8 2.8 5 +O.I 05-35 173.4 1.4 4 - I'.2 s Velorum I0 28 -44 33 05.32 218.8 0.8 4 +O.I ta Carinae 10 35 -58 40 05-32 19.2 0.9 5 +0.3 81474 10 43 -14 44 05.32 -24.1 0. I 3 +0.3 05.3 5 24.4 0.4 4 +0.8 B AC > > 05-32 23.3 0.2 3 +0.3 05.3 5 23.7 0.3 4 +0.8 B CB > > 05.32 196.8 0.2 4 to.3 05.35 197.1 1.2 4 + 0.8 40 Sextantis 10 44 - 3 30 05.32 2.0 1.6 4 +0.5 8 I476 05-32 3.' 1.1 4 +O.I 05-35 4.2 1.8 4 + 0.6 2 1500 10 55 - 2 56 05-32 311.1 1.2 4 + 0.4 Jacob 7 11 25 -23 55 05-29 81.1 1.3 5 - 0.9 05.32 81.0 1.4 4 - 0.5 05.34 7 9.5 0.7 4 - 0.1 05.36 82.7 3.2 4 - 1.3 05-39 8 1.9 1.9 4 -0.5 N Hydrae I1 27 -28 43 05.32 2 10.8 0.4 4 +0.3 Innes 78 II 29 -40 2 05-32 92.1 2.6 4 -0.1 h 4455 11 32 -33 1 05.35 246.2 0.7 5 f0.2 05.39 247.0 I. I 4 - 0.4 @ Hydrae TI 48 -33 21 05.32 352.0 1.8 4 - 0.2 05-34 349.1 1.4 5 - 0.3 05.40 359.7 1.5 4 +0.6 h 4481 11 52 -21 59 05.34 193.4 0.7 4 -0.1 05.35 '95.6 1.4 4 - 0.3 05-39 197.0 '-9 4 - 0.6 05.40 196.8 1.7 4 + 0.5 2 1604 AB 12 4 -11 I8 05.3 5 90.3 1.1 4 - 0. I 05-35 90.2 1.3 4 - 0.3 05.35 9 1.4 1.3 5 - 1.7 05.48 92.4 1.0 5 0.0 B AC B > 05-35 90.2 0.2 4 -0.1 05-35 89.8 0.3 3 - 0.2 05.35 89.9 0.5 4 - 1.6 05-36 90.4 0.5 4 - 1.7 05.48 90.9 0.6 4 + 1.8 05-52 92.7 0.5 4 + 2.2 8 BC n n 05.35 269.4 O..I 3 -0.1 05.35 2 69. I 0.6 3 - 1.5 3' 41 30 32 ------I goo Same KA. Decl. + 0 7fC n P n f Power * - - D Centauri 12h 9" -45010' 2 43?0 3: I 4 31'2 7 4 - oh2 rb rb Russell 193 I2 I3 -35 32 4.4 - - - 0.3 rb , rb 165.5 5 - I 68.0 1.5 4 - -0.2 rb rb y Centauri 12 36 -48 25 348.2 3.0 3 - - -0.5 vb I b 3 5 9.8 1.5 4 1.38 4 -0.2 m 1m 353.0 I .6 4 1.38 4 -0.5 m 1m 538.2 1.5 4 1-33 4 +0.2 rb , rb Lalande 2 3 67 5 12 36 -rz 28 306.5 0.7 4 5.95 4 -0.6 m m 307.1 0.5 3 5-41 4 +O.l m rb Virginis y 12 37 -- 0 54 327.3 0.8 4 6.85 4 - 1.0 g I rb 330.1 0.5 4 5-45 6 + 2.6 m lb 328.8 0.4 4 5.58 4 + 2.4 rb , b 327.9 0.8 4 5.93 8 + 1.5 m lb 327.1 0.4 4 5.74 4 + 1.5 'g I b p Crucis 12 49 -56 38 16.7 I .8 4 34.94 4 -0.7 rb m -: 0. I I 7.0 0.4 4 34.97 4 rg I rg 17.1 0.2 3 34.8 I 4 - 0.2 m ,rg B Virginis AB '3 5 -5 O 345.7 '-4 4 6.34 4 - 0.9 rg I b H I11 50 3446 0.7 5 7.05 4 + 2.0 m ,b 343.3 2. I 4 6-39 4 + 1.6 b ,b 344.2 0.5 4 6.5 I 4 + 2.8 m , rb 5 Virginis AC * 8 298.1 0.2 2 - - - 0.9 rg lb 300.1 0.3 4 - - + 2.9 rb rb H I1 45 '3 8 -18 18 35.8 0.6 4 5.04 4 - 0.9 m m 32.9 0.I 4 5.3 1 4 0.0 rb rb 39.4 1.1 4 5.74 4 +I.? rb , b Q Centauri 1.2 '3 35 -54 3 164.7 0.8. 4 4.87 4 - rg I rb Dunlop 141 163.9 0.6 4 5.00 4 - 0.2 rb , m 164.4 I .o 4 4.86 4 -0.5 m rb - - k Centauri 13 46 -32 30 I I 1.4 1. I 3 - 1.3 ,m H I11 101 109.8 1.5 4 8.24 4 - 1.4 m 1m 110.9 0.5 4 - - - 0.5 m 1m 110.2 1.0 4 7.14 4 + 1.0 rb , b - y Centauri '3 48 -35 10 91.9 3.2 4 - - 1.3 m 1m Howe 25 89.7 4.2 4 - - - 1.0 m ,m 98.9 5.0 4 - - - 0.6 rb rb - 74.7 3.1 3 - +0.6 vb rb Howe 26 '3 49 -31 36 I 19.0 1.8 4 - - - 1.2 rb rb I 18.6 0.5 4 - - - 0.9 b ,m 117.6 0.7 4 - - + 1.4 rb rb Dunlop 151 I3 51 -55 33 31.1 1.4 4 - - - 0.8 b tm 29.6 1.9 4 14.85 6 -0.2 b rb Dunlop I 5 9 I4 I5 -58 o I 60.4 0.8 3 8.90 4 - 0.8 m ,m 160.0 0.9 4 8.71 6 - 0.2 b , m 2' 1837 I4 I9 -11 '3 302.8 2.1 5 - - - 1.3 vb rb a Lupi I4 31 -45 42 2 7.9 1.1 4 19.07 6 - 1.3 rg I rg 26.7 3.2 4 18.79 6 - 0.8 b , rb 24.3 0.7. 4 18.28 4 +0.4 m lb 23.8 0.8 4 18.07 4 +0.9 b rb a Centauri I4 33 -60 25 212.1 I .O 4 20.68 6 -0.6 rb rb 212.1 0.6 4 2 1.69 6 +0.2 b rb 211.7 0.4 4 20.59 8 - 0.3 b 7% 212.7 0.'I 4 20.14 8 - 0.3 b , rb 214.7 1.3 4 20.60 8 0.0 vb rb 2'4.9 1.5 5 20.03 8 +0.6 rb m ?ti Hydrae, H I11 9' 14 40 -25 I 129.4 0.7 4 8.16 4 -2.2 g 1m 33 34

~~ ~ - - - - - I 900 Name RA . Ded. + m 12 P f Power ~~ ~- - - -+ m Hydrae, H III 9; I 4h40m -25" I' 13009 0'13 4 8!%5 - oh9 m vb 228 (cont .) 129.6 0.5 4 8.02 +0.4 m ,b 142 132.0 0.6 4 9.18 +0.9 rb , b 142 p Librae, 6 106 I4 44 -13 44 344.9 1.6 4 1-13 - 2.3 rg 1 rg 3 40 346.2 1.4 4 2.05 +0.8 rb rb 228 346.5 1.3 4 1.6 I - 0.3 rb , rb 228 h 4715 14 50 -47 28 276.8 0.9 4 - - 0.8 rb , rb 228 279.2 1.1 4 2.58 + 0.8 rb rb 142 z Lupi, h 4728 14 58 -46 40 89.5 1.5 4 - +0.6 rb , rb 228 93-6 2.6 4 1.46 - 0.6 b 1m 228 88.2 1.5 4 1.29 -0.5 rb , m 2 28 15 12 -41 30 I 56.6 1.3 4 1.73 -1-0.5 b , rb 228 154.1 1.9 4 - -0.1 b ,m 2 28 '55.8 2.1 4 1.19 - 0.6 rb , rb 228 3 Med. & C n B 131-5 1.1 4 23.20 -0.6 b 1m 228 I 30.0 0.8 4 2 2.66 -0.5 rb , rb 142 Dunlop 182 '5 15 -44 20 115.0 0.7 4 26.10 +0.6 rb , rb 228 110.9 I .o 4 25-11 -0.6 rb , rb 228 174.3 0.9 4 24.91 - 0.5 rb , m 142 1'14.1 0.3 4 26.13 +0.3 m ,m 142 d Lupi, h 4788 I5 29 -44 31 359.0 1.1 4 - +0.5 b ,b 2 28 17.5 5.5 3 - +0.2 vb , rb 228 I 4.8 1.9 4 - +0.7 vb , b 228 Dunlop 195 '5 47 -50 2 10.5 1.4 4 11.22 to.3 rb I rb 228 9.8 0.8 4 11.58 +0.3 m 1m 142 Lupi '5 50 -33 40 50.0 0.3 4 9.90 - 0.3 m , rb 142 50.0 0.9 4 10.88 +0.5 rb , b 228 50.7 0.6 4 10.02 0.0 rg I rb 142 50.5 0.5 4 9.80 - 0.4 m ,m 142 Howe 41 '5 51 -32 41 346.6 0.9 4 2.85 +0.2 rb , rb 228 347.5 1.3 4 3.00 + 1.2 b ,b 228 Jacob 9 16 6 -19 11 49-3 3.4 5 - + 1.2 rb , rb 228 49.3 2.6 4 - + 1.4 rb , rb 228 IS Coronae 16 11 +34 9 2 14.9 0.5 4 - - 0.5 m ,m 142 2 16.0 0.8 4 - -0.1 'I3 rg '142 2 I 6.3 0.6 4 - + 2.4 rg 1 rg 142 214.5 1.4 6 - +2.I rg I b 228 - 2 I 6.6 0.4 4 +3.2 g I rg 142 HN.39 16 18 -29 28 353-2 0.6 4 6.54 +0.2 m lb 228 351.1 0.5 4 6.45 -0.3 rg I rb 142 352.8 1.4 4 6.07 + 1.4 m , rb 228 R Ophiuchi 16 26 + 2 I2 5 7.3 4.4 4 - -2.1 vb , m 2 28 63.2 3.6 5 - - 0.2 rb , rb 228 48.1 3.8 I - + 1.7 b vb 228 43.2 1.8 4 - +I.8 rb , m 340 43.3 1.4 4 - +3.1 rb , rb 600 I: 2119 17 I -13 48 11.4 z.1 4 2.26 - 1.4 m , rb 228 14.8 0.6 4 3-44 0.0 rb , rb 228 - 11.7 2.5 5 3.12 0.6 rg I rg 142 I I I - 7 Ophiuchi, I 17 5 -15 36 260.4 5.8 5 +2.5 rb , rb 600 258.3 1.1 4 0.69 +3.3 vb b 600 245.8 7.2 5 - + 4.0 vb , rb 600 A Ophiuchi 11 9 -26 27 191.8 1.2 4 4.0 5 - 1.4 rg t rb 228 I 90.6 0.9 4 3.87 - 1.3 rn , rb 228 o Ophiuchi 17 12 -24 II 3 5 6.4 0.4 4 10.24 - 1.4 rg 1m 228 356.9 1.6 5 10.34 - 0.4 m ,m 228 35 413' 36 - Name RA. m* 'ower B 416 IOI 4 2122 4 -1'tI 228 2.3 4- - +0.2 228 1.4 4 1.93 4 +I.2 228 0.5 4 1.91 4 +2.5 2 28 h 4949 0.9 4 2.68 4 -1.1 228 1.1 4 2-73 4 +0.2 228 2.0 4 2-63 4 -0.1 228 05.61 263.0 I .8 4 2-96 4 -Q*3 228 B 2171 - 9 55 05-53 64.2 1.2 4- - - 1.5 228 - 05.61 64.6 1.5 4- -0.9 142 3.5 4- - + 1.1 2 28 h 5003 0.4 4 4.66 6 -1.9 142 1.9 4 5.24 4 -0.5 228 0.4 4 5-08 4 -0.1 228 z Ophiuchi 1.5 4- - + 2.0 228 1.3 4- - + 3.2 228 2.3 6- - + 3.5 228 05.53 261.3 1.5 4 2-48 4 -2.0 228 - 1 05.59 I 262.3 0.7 4- -1.9 228 05.61 259.3 2. I 4 2.12 4 -1.2 228 05.73 258.4 1.4 5 2.10 4 +0.5 228 05.76 258.4 1.2 4 2.00 4 +'.3 228 10 p Ophiuchi + 2 33 04.81 184.5 1.6 - + 1.8 228 5- - ' 04.82 182.8 1.5 4- tI.8 228 ' 04.85 185.7 I .6 5- - + 2.9 228 04.88 180.5 0.8 4- - +3*4 228 05.53 181.5 2.2 4- - - 1.9 228 I 05.59 180.7 1.4 4- - -1.7 228 05-13 115.8 2.3 5- - +0.7 228 05.76 177.1 2.2 4- - + 1.4 228 -43 26 05.54 239.6 1.6 4 1.61 4 -1.6 2 28 05.58 242.3 1.6 4 1.62 4 -0.3 228 -19 52 05.53 224.9 2.4 4- - - 1.9 228 05.59 221.1 1.5 4- - - 0.9 228 05.61 220.8 3.0 4- - - 1.5 228 - 8 I 04.82 226.3 1.9 4?- + 2.3 228 - 05.64 226.4 2. 7 4? -0.5 142 -20 36 04.82 292.7 1'9 4?- + 1.9 3 40 05.76 294.8 2.7 4?- + 1.1 228 - o 51 04-82 ,124.4 0.4 3 21.69 2 +I.8 3 40 05.61 123.7 0.9 4 23.60 6 -0.9 142 05.64 123.5 0.5 4 23.11 4 -0.8 142 y. Coronae austr. 04.81 120.3 2?5 4 1-51 4 +O*l 228 04.82 128.5 1.1 4 1-39 4 4-1.0 600 04.82 124.3 I, 2 4 1-49 4 +'a4 600 04.85 127.5 0.4 3 1-85 4 +2.0 2 28 04.88 123.8 1.7 4 1-81 4 +2.7 228 05.61 124.7 1.2 4 1-81 4 -0.5 228 i 05.73 126.5 2.3 4 1-73 4 -0.1 228 05.77 i. 122.7 1.3 4 2.12 4 +0.8 228 05.82 121.4 I .2 4 1.88 4 fI.2 3 40 Schjellerup 30 -12 21 , 05.61 335.5 1.1 4- - - r.1 228 05.73 341.2 2.7 4- - -0.7 228 2.1 4- - - 0.2 228 2.2 4- - + 1.0 14= 2 259'1 2.8 4- - - 1.0 228 37 4131 ------I goo Name RA . Decl. e rn n P t D,S Power -- + __ - --I- 2 2597 (cont.) Igh50m - 7" 0) 05-76 8808 0?9 4 -oh1 vb b 228 0.Stone 20 I1 -32 55 05.76 304.7 2.9 4 - 0.3 b , rb 228 05.82 305.9 2-9 5 +0.3 b ,b 340 Dunlop 230 20 I1 -40 30 04.82 I 16.8 0.5 4 +O.I m vb 228 04.88 I 16.8 0.5 4 + 1.7 m , rb 228 Jacob 11 20 27 -40 54 05.73 225.1 2.1 4 -0.5 rb rb 228 05.76 2 2 6.9 1.8 4 - 0.4 b ,b 228 h 5246 21 3 -54 59 05.7 3 '27.5 3.7 5 - 1.0 b 1m 142 05.7 7 I 2 6.3 1.0 4 0.0 b 1m 2 28 05-85 128.8 1.5 4 -0.1 b lb 142 2 2779 21 I0 +28 40 04.9 1 182.0 3.2 6 + 3.8 vb , vb 228 04.92 182.4 1.4 4 + 1.6 b 9% 228 04.96 181.7 0.6 4 +3.2 vb I rb 142 A. C. 19 21 I2 1-64 2 04.92 253.8 5.2 4 + 1.6 vb b 3 40 04.96 251.8 3.0 4 + 2.5 vb m 340 HN.139 21 17 -15 20 05.76 110.7 3.8 4 -6.2 vb rb 228 05.82 116.4 3.' 4 -0.6 b lb 142 05.85 116.1 3.6 4 -0.2 b lb 228 B2 Microscopii 21 I8 -41 26 04.89 270.8 6-3 4 + 0.6 b ,b 600 B 766 04.92 261.9 3.3 4 + 1.2 vb vb 228 04.92 267.9 3.4 5 + 1.2 b ,b 340 04-94 259.1 2.4 4 + 1.4 vb , b 228 Melb. 6 21 21 -42 59 04.89 I 38.2 3.0 4 +0.4 vb b 228 04.92 I 2 3.8 4.7 5 +I.2 b ,b 228 04.94 128.0 5.0 4 + 1.5 vb vb 228 2 2860 22 0 -1-60 22 04.94 257.7 1.6 4 +4.2 b lb 142 04.96 256.4 2. I 4 + 1.8 b rb 228 04.99 256.1 0.6 4 + 2.4 b lb 141 05.00 257.8 1.4 4 +2.7 g I rb 14 2 2 2865 22 2 +69 42 04.94 186.2 4.0 4 +3.8 m ,m 142 04.96 188.3 I .8 5 + 2.0 vb , m 228 HN.121 22 8 +69 37 04.92 25 5.3 0.2 4 +r.o rg I b 228 04.94 254.0 0.6 4 +3.9 m , rb 142 04.96 254.7 0.4 4 + 2.0 m , rb 228 04-97 254.1 0.6 4 + 1.9 g lb 142 22 I9 - 5 21 04.8 I 349.5 [ 0.9 4 + 1.3 vb , rb 600 04.89 20.2 2.1 5 -0.7 b ,b 600 04.92 11.2 4-2 5 +2.8 vb vb 600 04.96 13.4 3.0 4 + 1.9 vb , m 340 05.7 6 19.4 2-4 4 - 0.1 rg , m 228 05-85 334.7 8.2 5 - 1.1 vb b 600 05-85 2 9.9 2.6 4 - 1.7 rb , rb 600 H N. 41 22 21 -17 I5 04.8 I 311.2 0.2 2 +0.7 rg I b 228 04.88 310.9 0.4 3 - 0.3 m lb 228 04.88 309.9 0. I 3 + 1.8 m >b 228 04-96 312.2 0.4 4 + 1.4 m , vb 142 5 Aquarii, H I1 7 22 24 - 0 32 04.81 319.1 1.3 4 + 1.0 g # rb 228 04.88 318.9 1.3 4 - 0.3 rg I b 2 28 04-89 318.9 0-4 4 - 0.6 rb rb 228 04.9 1 3 19.0 0.9 4 +3*7 rg , b 228 8 Gruis, Jacob 12 23 I -44 4 04.92 293.4 0.9 4 +O.I b ,b 228 04.94 292.4 0. I 3 0.0 rb vb 142 04.96 292.4 0.3 4 +I.O rg , rb 142 Dunlop 246 23 1 -51 14 04.85 258.9 I. I 4 i-0.7 m rb 2 28 04.88 260.2 0.4 4 +0.6 rb , b 228 04.96 259.4 0.4 4 +0.5 rb b 142 3. 39 413’ 40

HN.112 2shIgm - 9” I’ +oh6 rg , m 228 +0.5 rg , rg 228 +1.3 m , rb 228 +O.I rg , b 228

Die Hohenbestimmung der Mondformationen. Von Gyub Schiindofer. Die Mondmessungen des Henm Prof. Dr. J. Franz, welche in den Breslauer Mitteilungen Band I u. 11 erschienen sind, geben uns ein geeignetes Mittel, die absoluten Hohen der Gebilde des Mondes zu bestimmen. Nehmen wir an, dafi durch gfinstige Libration das Gebilde in die Mitte der Mondscheibe gelangt. In diesem Falle wird die gemessene Position durch die Htihe nicht beeinfluat; der gemessene Ort entspricht daher dem wahren. dndert sich aber die Li- bration, so geht der Fleck von der Mitte der Mondscheibe weg; der Sehstrahl, der die Spitze berlthrt, trifft die Mondkugel etwas entfernter als den wahren Punkt, und es wird etwa

sp (21 81) + sp (HA, Bo) gemessen. Kommt ein Berg bis an den Mondrand, so messen wir von der Mitte der Mondscheibe: Mondhalbmesser + Htihe. In der beigegebenen Figur ist das Verhiiltnis deutlicher und augenfalliger; in B wird der Mondberg durch dnderung der Libration oder - um es anschaulicher zu machen - durch hderung des Aufnahmeortes (ElEa) von der Mitte der Mondscheibe (Btopozentrische Mittea bei Dr. Graff) weiter weg projiziert und bildet mit dem wahren Orte den Winkel x,; in der zweiten Beobachtung XI. Die selenographischen A und @ sind also mit diesen Werten zu verbessern. a. Die beobachtete Entfernung von der Mitte der Mondscheibe ist bekanntlich, wem man die Libration mit 12, @,, die gemessenen Ordinaten mit A, @ bezeichnet, die Beobachtung selbst als oberen Index hinschreibt : cos (K’+ xl) = sin 8’ sin &’ + cos 8’ cos 8,‘ cos (A‘ - &‘) cos + xa) = sin 8” sin f3,” + cos 8” cos &,” cos - A,”) ...... (K” (2 Wenn K bekannt wPre, so kijnnte man die Hohe einfach nach dem Sinussatze berechnen: Y+H sin a - ffir die erste Beobachtung Y sin (180 - a - xl) Y+H sin j3 - ffir die zweite Beobachtung. Y sin (180 - a - +) “1 kiinnen wir aber durch xl ausdrltcken, und zwar, wenn die Werte der ersten Beobachtung mit der zur zweiten qeob- achtung gehbrenden Libration berechnet werden, erhalten wir : cos (K’+ x,) = sin 8‘ sin Born+ cos 8’ cos Po0”cos (A’ - 4”) Durch Subtraktion von (I) folgt: (K‘+ +) - (K’+ 31) = x, - x1 = d (3) wo die Differenz d einen genau bestimmten numerischen Wert vorstellt. Wir k6nnen also schreiben : --Y+H - sin (I --Y+H - sin fl Y sin (180 - a - xl) ’ Y sin(180 -@-xl-d) ’