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ASTRONOMISCHE NACHRICHTEN.
10 30 54 10 30 54
9 29 41 9 39 5 1 9 39 5'
9 29 41
9 53 48 9 53 48 9 9 28 9 9 28
Band 146.
+ 2 1.14 + I 47.68
+ I 5.79 -0 55.59 - 1 9.07 - - I 39.69 -1 53.18
+ I 19.32
-2 26.58 - 2 40.05
N2 3484-85. 4-50
Asteroidi osservati ad Arcetri nel 1897.*> O b i e t t i v o 284 m m . M i c r o m e t r o a lamine 19!'45. I n g r a n d i m e n t o 95 . t )
C+ruppo I. A s t e r o i d i c o n e f f e m e r i d e e s a t t a .
Data /T.m.Arcetril da 1 dd I Cf. I a app. I Par. 1 6 app. 1 Par. I Red. ad 1. app. 1 *
'896-97 Dic. 26
26 28 28 29 29
Gen. 2
3 4
2 5 2 8
Febb.2 I
1896-97 Dic. 29
29 30 30
Gen. 2
3 3 4 4
1896-91 Dic. 29
29 30 30
Gen. 2
3 3 4 4
2
2
'oh45m43s 1 0 45 43 9 54 23 9 54 2 3
1 1 23 13 I I 23 13
9 3 35 I 0 I 0 39 9 5 0 32
10 24 38 10 41 23 8 3 4 9
9 4 0 47 9 40 47 8 44 '5 8 44 ' 5 8 4 3 6 8 4 36 8 8 3 5 8 8 3 5 8 2 2 I 1
8 2 2 I I
+om26!46
+ I 12.98
+o 26.64 - I 41.19 + I 3045 + O 31.43 -0 13.67 +o 5547
+ 3 18.69
- I 25.76
-0 54.89
+O 2.33
+ O 30.75 -0 14.21 +o 10.88 -0, 12.76 +o 31.17 +o 18.98 -0 8.96 -0 21.09 -0 47.83 -0 59.94
+13' 01'2
+ 4 42.6 - 8 37.6 + 7 32.1
- 1 1 9.7 + 5 1.1
+ 2 52.8 + I 38.1 + 0 45.1 + o 40.7 + 7 59.5 +15 52.2
+ 9 24.7 + I 0 4.5
6 0 .5 + 9 29.3 - o 28.5 - I 40.5 + o 24.2
+ I 28.9 + o 16.4
- 0 48.3
- 2 16.8 - 7 12.5
- 6 7.7 + 2 40.0 - 2 16.7 + 4 0.5 - o 55.8 + 5 27.7 + 0 33.1
- I 11.1
(345) T e r c i d i n a . Gr. 11m4.
32 .20
3 2 . 2 0
16.8 16.8 24.8 24.8 24.20 28.16 5 2 . 2 0
28.16 44.20 24.1 2
8h 2Srn34sI 2
8 23 34.5'
8 2 2 12.83 8 2 2 13.08
8 2 1 26.75 8 2 1 26.54 8 1 8 22.95
8 16 38.85 8 I 7 29.94
7 56 5.71 7 53 12.08 7 37 '5 .10
258) Tyche. Gr.
28.14 28.14 20.16 20.16 28.20 28 .20
28.16 28.16 24.16 24.16
(168) I 16.16 16.16 24.16 24.16 28.12 28.12 24.16 24.16 16.12 16.12
5 11 23.55 5 11 23.63 5 I 0 40.30 5 I 0 40.04 5 8 33.48 5 8 33.31
5 7 '4.48
5 7 53.35 5 7 53.24
5 7 ' 4 ~ 3 9
Jibil la. Gr. 7 49 21.26 7 49 21.40 7 48 39.46 7 48 3 9 4 3 7 46 24.61 I 46 24.73 7 45 40.53 7 45 40.64 7 44 53.65 7 4 4 53.78
-0J27
- 0.2 7 -0.28 -0.28 -0.19 -0.19 -0.30 -0.25 -0.26
-0.05
I ' f 5 .
-0.10
-0.11
-0.06 - 0.06 - 0 . 1 2
- 0 . 1 2
-0 .15 -0.1 5 -0 .14 -0.14 -0. I 2
-0.12
1m9. -0.12 -0 .12
-0. I 5
-0.15
-0.14 -0.14 -0.16 -0.16 -0.15 -0 .15
+ ~ " 4 6 ' 32:7 + 2 46 31.4 + 2 41 5.2 + 2 41 4.4 + 2 38 32.9 + 2 38 33.2 + 2 31 40.5 + 2 30 25.7 + 2 29 32.6 + 3 7 25.2 + 3 2 0 46.7 + 5 45 8.6
+ 3 31 58.0 + 3 31 58.6 + 3 32 4.3 + 3 32 2.6 + 3 33 28.0
+ 3 34 20.3 + 3 34 20.6 + 3 35 2 5 . 0
+ 3 35 25.2
+ 3 33 28.5
+ I 4 39 37.7 + I 4 39 35.' + I 4 40 43.4 + I 4 40 39.9 + I 4 4 4 34.3 4-14 44 30.7 +I4 45 54.7 -1-14 45 51.5 +14 47 21.8
+ I 4 47 20.3
+ 415 +4.5 + 4.5 +4.5 +4.5 +4.5 +4.6 +4.6 +4.6 +4.6 +4.5 + 3.9
+3.6 + 3.6 +3.6 +3.6 +3.6 +3.6 +3.6 +3.6 + 3.6 +3.6
+ I .9 +1.9 + 2.0
+ 2.0
+ 2.0
+ 2.0
+2 . I
+2.r +2 . I
+2.I
+1?88 + I!'O
+ I . % % + 1.0
+I .93 + 0 . 7 i-1.93 + 0.7 4-1.94 -I- 0.5 4-1-94 + 0.5 +2.05 + 0.1
+2.06 0.0
+ 2 . 0 7 - 0 . 1
i-2.37 - 2.3 +2.38 - 2.4 +2.38 - 3.6
+2.01 + 6.2 + 2 . 0 1 + 6.2 + 2 . 0 1 + 6.2 +2.01 + 6.2 + 2 . 0 2 + 5.9 + 2 . 0 2 + 5.9 f 2 . 0 2 + 5.8 + 2 . 0 2 + 5.8 -1-2.02 + 5.7 + 2 . 0 2 + 5.7
+2.17 + 0.4 +2.17 + 0.4 +2.19 + 0.4 +2.19 + 0.4 +2.25 + 0.2
f 2 . 2 5 + 0.2
+ 2 . 2 7 + 0.1 +2.27 + 0.1
+2.28 0.0
4 2 . 2 8 0.0
1
2
3
3
4 4 4 5 6 1
1
1
8 9
8 10
11
12 11
12
11
12
'3 14 '3 14 '3 14 ' 3 14 13 ' 4
*) Yer maggiori dettagli veggasi il F a x . 9 delle Pubbl. dell' Osservatorio. t) Vedi le Pubblicazioni di Arcetri F a x . I , z, disponibili a richiesta.
4
5 ' 3484 5 2
16.8 24.16 32.12 28.12
12.8 32.12
8.6 10.8
1897 IT.rn.Arcetri1 da I dd 1 Cf. I a app. I Par. I dapp. 1 Par. I Red. ad 1. app. ! *
(363) (1893 S). Gr. 11m9 in Gennajo, 13mo in Febbrajo. 7h46m36545 I -0T16 7 45 36.72 -0.14 7 24 52.13 -0.14 7 24 52.06 --o.14 7 13 48.45 +0.24 7 13 14.20 +0.25 7 1 2 40.79 +0.24 7 1 2 40.42 +0.24
+ 2 7' 45' 341'7
+28 56 42.3 + 2 7 49 49.6
+ 2 8 56 41.8 f 2 9 I4 30.9 +29 14 53.9 +29 1 5 21.4 +29 ' 5 '5.5
9 55 39 8 26 26 9 23 33
Gen. 3 4
2 5 2 5
Febb. 8 9
I 0
I 0
+ I 1 7 . 5 8 +o 29.59 -0 23.25
loh I 8m365 10 41 16 8 51 10
8 5 1 1 0
16 30 37 I 5 36 32 '5 ' 9 30 ' 5 '9 30
10 38 14 10 14 41 10 2 1 52
10 1 7 18
+ I 35.09 - 9 22.1 24.12 +o 51.75 - 6 7.8 2 0 . 1 2 +o 8.73 - 2 56.6 44.12 -0 33.71 + o 6.5 128.12
-Om 0549 -I 0 . 2 2
+o 12.87 -0 25.26 + I 12.40 +o 38.16 +o 18.63 +o 4.39
+ I 22.24 -0 22.62 +o 32.96
-0 52.80 -0 58.12 -0 59.27
- I I 1.86
8 18 55 9 10 43 9 3 30
- 1 5 ' l!'O
- 1 0 46.1 - 3 0.6 - 6 30.3 - 7 45,o - 7 2 2 . 0
+ 9 41.2 - 7 0.5
+o 25.66 - I 20.63 + 2 4.50
+ 116 + 1.5 + 1.5
+1 .5
+2.9 +2.6 +2.5
+ 2 . 5
+ 2 . 0
+ 2.0
+2.0 f 2 . 0 +1.9 + 1.9 + 2 . 0
+2f54 - 0!2
4-2.54 - 0 . 2
+2.81 + 1.4 +2.81 + 1.4 +2-19 + 3.3 +2.78 + 3.3 + 2 . 7 7 + 3.4 +2.77 + 3.4
' 5 '5 16 17 1 8 1 8 '9 18
2 0
2 1
2 0
2 1
2 2
23 24
Gen. 3 3 4 4
25 2 5 28
1 1 o 56 11 o 56 I T 18 56 11 18 56
9 35 37 9 35 37 8 4 9 4
24.16 24.16 16.12 16.12 20.1 2
2 0 . 1 2
~ 6 . 1 2
8 3 6.81 8 3 6.60 8 2 17.55 8 2 17.38 7 44 0.07
7 44 0.14 7 4 1 31.43
-0.14 -0.14 -0 .11
-0.11
- 0 . 1 2
- 0 . 1 2
-0.15
- 1 2 17 .7
+ 0 2 7 . 7 - 9 42.4 + 3 1.6 + 9 18.0 + 2 51.6 - o 21.8
4 - 2 1 40 32.4 + 2 1 40 33.2 + 2 1 43 10.4 + 2 1 43 9.8 + 2 2 33 2 2 . 1
+ 2 2 33 2 1 . 0
+ 2 2 39 4.4
+ 2 . 3 7 - 1.3 +2.37 - 1.3 +2.39 - 1.4 t 2 . 3 9 - 1.4 +2.68 - 0.6 +2.68 - 0.6 +2.69 - 0.4
(108) Hecuba . Gr. 1 1 m 7 .
- 6 51.6 132.161 7 39 9.96 I - 0 . 1 1
(241) Germania . Gr. 11'103.
7 5 7 20.30 1-0.07 + 5 21 .2 124.161
Gen. 2 8 I 9 18 40 1 - 0 26.58 +26 5 1 36.0
+ r 6 49 40.6
+1.4 I +2.80 + 0.3
+1.8 I +2.59 - 1.8
2 5
26 Gen. 28 I 10 2 2 7 I + I 39.69
(87) S i lv i a . Gr. 11'135. 7.8 110 44 44.61 1-0 .12
36.12 1 0 44 1.62 -0.13 24.12 1 0 43 18.94 -0.13
(68) Le to . Gr. 10'109.
Febb.23 24 2 5
9 18 14 +o 38.42 8 59 5 2 -0 4.58 8 5 0 34 I -0 59.70
+23 28 14.8 +23 32 38.2 +23 36 56.4
+ 1.4 + 1.4 +1.4
+2.9l -13.4 -1-2.92 -13.3 +2.93 -13.3
2 7
27 28
+ 5 23.4 + 9 46.1 - 5 25.8
- 1 1 45.6 - 9 37.5 - 7 24.8
16.8 24.12 28.12
-0.07
-0.14 -0 .11
I 2915.
- 0.03 -0.04 -0.05 - 0.03
+1.2
+1.4 +1.3
+3.01 - 7 . 7 +3.01 - 7.6 +3.01 - 7.5
29 29 29
Febb.23 24 25
9 34 23.82 9 33 35.83 9 32 42.99
+26 12 16.6 +26 14 24.8 +26 16 37.6
(90) Ant iope . Gr. Febb.2 2
23 24 25
9 26 38.47 9 2 5 55.13 9 2 5 12 .11
9 24 29.67
+1.4 + 1.4 +1.4 + 1.4
+2.81 - 8.0 +2.81 - 8.0 +2.81 - 7.9 +2.81 - 7.9
+18 8 52.5 -1-18 1 2 6.8 + I S 1 5 18.1 +18 18 21.2
(303) Josephina . Gr. 12'104.
0.7 99 +2.9 + 2.9
+2.56 -16.9 +2.68 - 1 7 . 7 +2.70 -17.8
3' 32 33
Mar. 9
26 2 2
16 5 1 53 -0 6.51 + 5 24.7 29.8 11 29 1 2 - 1 37.45 3 23.0 24.12 9 48 40 I - 1 I , 2 7 11 3 38.2 124.12
1 2 10 0.61 1 2 0 3.54 11 56 58.83
9.562 -0.03 - 0.09
- 3 46 3.8 - 3 6 18.5 - 2 53 5.4
(190) I smene . Gr. 11m9.
1 2 o 45.66 -0.08 1 1 58 21.62 -0.05
(78) Diana. Gr. romo.
+ I 0.2 52.16 1 2 11 24.24 -0.21
i- 7 35.9 36.16 1 2 9 37.95 -0.14 - o 24.7 124.121 1 2 8 47.90 1-0.14
Mar. 2 2 10 +3 28.76 26 I 0 2; a: I + I 8.11
+ o 31 16.5 -
+2.2 -
+ 5.1
+5.1 +5.2
+ 2 . 7 1 -17.5 + 2 . 7 2 -17.6
34 35
36 36 31
Apr. 7 9
I 0
- 1 1 26 10.2
-11 '9 34.5 - 1 1 16 17.9
+2.71 -19.2 + 2 . 7 1 -19.2 + 2 . 7 0 -19.3
53 3484 54
Apr. 10
1 1
1 1
12
I2
'3 '3
9h sm30 10 13 24 10 13 24 9 7 I 1
9 7 I 1
9 6 5 7
9 6 5'
13 52 9.00 13 52 9.46 13 48 51.20
13 48 6.08 13 48 6.06
I3 48 51.19
- 0 . 2 5
- 0 . 2 5
-0.11
-0.23 -0.23
-0.11
a app. I Par. 1 d app. 1 Par. Red. ad 1. app. * - 38 37 38 37 38 37 38
+ 1~38S23
+o 46.56 +o 27.27 +o 0.91
+ I 12.79
-0 19.46 -0 45.66
24.1 2 24.12 24.12 32.12 48.1 2 24.16 24.16
-0!14 -0.05
-0.05
-0.13 -0.13 -0.22 -0.22
- I I O 16' 18!3 - 1 1 I 2 51.3 -1 1 1 2 51.6 - 1 1 9 41.2 - 1 1 9 41.6 -11 6 24.2 - 1 1 6 23.6
+5!2
+ 5 . 2
+ 5 . 2
+ 5.2 + 5 . 2
+ 5.0 +5.0
+ 2 ? 7 0 -1913 3-2.70 -19.3 +2.70 -19.3 +2.69 -19.4 +2.69 -19.4 +2.69 - 19.4 +2.69 -194
1 2 ~ 8m47?98 1 2 7 56.19 1 2 7 56.31 12 7 10.66 1 2 7 10.65 1 2 6 23.93 1 2 6 24.08
- 10' 491'0 + 3 1.9 - 7 22.3 + 6 1 2 . 1
- 4 12.2 + 9 29.1 - 0 54.2
(313) Chaldea. Gr. 9415. Apr. 2 1
25
2 5 26 26
21 8 4 3 4 8 4 3 4 9 57 34 9 57 34 8 3 9 2 8 3 9 2
+o 52.37 +o 32.69
+ I 12.89 +o 40.01 +o 2 7 . 7 5
+ I 25.14
- 5 12.9 -12 11.3 -13 45.0 - 1 1 40.2 - 5 37.3 - 3 31.7
32.12 32.12 20.8 20.8 36. I 2 36.12
+ o 28 50.8 + o 28 45.0 + I 5 56.6 + I 5 5 7 . 1 + 1 I4 4.5 + I 14 5.8
+ 4.9 + 4.9 +4.8 +4.8 +4.8 +4.8
+2.94 -19.4 + a 94 -19.4 +2.95 -19.3
+2.96 -19.1 t2.96 -19.1
4-2.95 -19.3
39 40 41 42 41 42
(164) Eva. Gr. 12m3. Apr. 26
26 30 30
+ I 54.77 + I 48.32 - I 56.42 -2 2.92
- 3 '4.3 - 4 18.2 + I 32.2 + 0 29.4
16.8 16.8 I 6.8 16.8
-0.10
-0.10
- 0 . 1 2
- 0 . 1 2
+ 4 5 46.4 + 4 5 46.0 + 4 I 0 33.2 + 4 1 0 33.9
+2.6 +2.6 + 2.6 + 2.6
+2.96 -18.7 +2.96 -18 .7 +3.01 -18.4 ~ 3 . 0 1 -18.4
43 44 43 44
(84) Clio. Gr. 1 2 ? 7 .
Apr. 26 13 2 1 40 +o 56.20 +lo 57.6 26.8 13 9 25.93 - 2 1 38 13.4 +4.5 +2.92 - 2 1 . 2 45 30 1 9 24 10 + I 30.601 4-20 47.1 i 16.8 [ 13 5 41.91 - 2 1 I 7 20.3 1 +4.7 1 +2.91 -21.6 146 I
--I 35.28 + 2 46.1 I 20.15 I I4 14 I3 1 2 20'33 25.97 I -0.06 I -13 I I 38.1 +4.2 +3.07 -19.6 47
(162) L a u r e n t i a . Gr. 1rm6. -0 40.92 + 0 32.6 1 2 . 1 2 -0.14 -13 13 51.6 I +4.1 I +3.07 -19.6 147
(113) A m a l t e a . Gr. 10416. 1 1 19 31 1 1 19 31 1 2 10 41 I 2 10 41 9 4 '9
+ I 38.84 + I 19.89 + o 45.63 +o 26.80 + O 42.79
24.8 24.8 8 8
24.12
16 5 2.85 16 5 2.93 16 4 9.64 16 4 9.84 '5 45 '9.94
-0.17 -0.1 7 -0.08 -0.08 -0.21
-12 9 18.9 -12 9 17.4 -
- - 1 1 28 18.4
+5,9 +5.9
+3.19 -16.3 +3.19 -16.3 +3.19 -16.3 +3.19 -16.3 +3.43 -15.8
48 49 48 49 5 0
- - I3 2.2
- +5.8
( 9 5 ) A r e t u s a . Gr. 13". Mag. 6 1 1 1 36 32 1 - 2 13.63 1 + 7 35.1 1 20.8 I 14 1 8 54.64 / + O . O I 1 -21 16 59.4 I +3.2 I +3.20 -19.9 1 5 1
(33) P o l i m n i a . Gr. I I ? ~ .
Mag. 29 29 30 3'
Giug. I
I
2
5 5 6 7 8
I 0
I 1 22 53 I 1 22 53 10 34 35 10 18 29 1 1 '3 57 I 1 '3 57 11 I 1 I3 I 1 22 44 I 1 22 44
10 44 47 12 17 40
I2 I 0 I
1 0 39 3 1
+ I 0.36 +O 21.34 +o 2.10
-0 8.67
-I 11.98 - 1 21.92 +o 21.58 - 1 4.50 -0 41.77 --I 39.19 + I 17.81 -0 38.73
- 1 4.03
+ 3 27.0 +I 2 42.3
+ I 0 5.5 + 7 37.2 + 1 1 34.5 + I I 48.2 - 6 38.6 + o 47.2
+ 4 41.2
- 4 52.8 - 3 12.6 + 4 53.7 + 8 29.5
28.12
28.12 34,12 54-12 24.8 24.8 I 6.8 12.8 I 2.8 I 6.8 14.12 I 6.8 32.12
16 39 32.18 16 39 3i.63
I 6 37 33.43 16 36 29.52 16 36 30.13
16 38 33.93
16 35 29.09 16 32 24.37 16 32 24.12 16 31 21.03 16 30 23.61 16 29 18.77 16 27 22.24
-0.06 -0.06
-0.13 -0.05
-0.06 - 0.05
- 0 . 1 2
- 0.0 I -0.01
-0.05
-0.05
-0.08 -0.04
-24 57 59.0 -24 57 57.6 -24 56 44.9 -24 55 33.1 -24 54 2.8 -24 54 4.' -24 5 2 2 7 . 2
-24 47 38.0 -24 47 38.1 -24 45 52.3 -24 44 12.2 -24 42 16.2 -24 38 40.7
+5.2
+5 .2
+5 I +5.1
+ 5.3 + 5.3 +5,3 + 5.3 + 5.3 + 5.3 + 5.3 + 5.3 + 5.3
+3.84 -12.4 +3.84 -12.4 +3.85 -12.5 +3.86 -12.6 +3.87 -12.6 -1-3.87 -12.6 +3.88 -12.7
+3.90 -13.1 +3.90 -13.1
3-3.91 -13.3 +3.92 -13.4 4-3.93 -13.7
4-3.91 -13.2
4"
5 2
53 5 2
54 55 54 56 5 7 58 5 7 5 7 59 59
55 3484 56
16.8 2 4 8
28.12 24.8 24.8
8.4
1897 1T.m.ArcetriI dcc 1 dd 1 Cf. I a app. ~ Par. 1 6 app. 1 Par. I Red. ad 1. app. 1 *
18 1 2 12.29 18 1 0 13.41
18 8 7.84 18 6 44.26 1 8 6 44.33
18 9 30.92
(53) Cal ipso . Gr. 1zm5.
16.8 16.8 24.8 28.8 40.8 2 2 . 8
16.8 16.8
1 2 . 1 2
32.12 25.4 2 0 . 8
1 7 h 1 4 m 9373 7 7 I 3 18.74
1 7 1 2 2 2 . 0 2
1 7 8 41.04 7 7 7 4 2 . 7 2 ' 7 7 43.15
I 7 I 2 21.93
7 7 1 1 36.43
18 56 16.86 -0.04 18 55 29.14 -0.07 18 54 40.76 - 0 . 0 7 18 53 51.30 -0.06 18 53 2.37 -0.07 1 8 5 2 12.08 -0.07
18 5 0 31.69 -0.06 18 50 31.74 -0.06 1 8 49 42.08 -0.07
18 4.8 50.07 -0.02
18 47 57.48 +o.o4 18 47 8.02 +o.o3
- 0303 -0.09 -0.03 -0.03 - 0 . 0 2
-0.02
+0.04 +0.04
1 7 56 2 .25
1 7 56 2.47 1 7 56 2.56
- I 6' 0' 301'6 -15 59 33.9 -I5 5 8 35'6 - 1 5 58 37.5 - 1 5 5 7 40.3 - 1 5 55 1 1 . 7
-15 54 23.3 -15 54 25 .0
+0.03 t o . 0 3 t o . 0 3
60 61 61 62 61 63 64 63
Mag. 30 3'
Giug. I
I
2
5 6 6
Mag. 31 Giug. I
5 5 6 6 7 7 8 8
2
I 0
I0
Giug. 2
5 6 8
1 0 I 0
Giug. 24 2 5 26 2 7 28 29
Lugl. I
I
2
3 4 5
1 2 ~ grn 10 55 1 7
I 1 5 2 I4 I 1 5 2 I 4 1 2 2 53 1 1 50 53 1 2 44 2 7
1 2 44 2 7
I I 47 2 1
10 19 24 1 0 26 46 10 54 42 10 54 42 1 1 9 5 7 I 1 9 5 7 9 55 7 9 55 7
I 0 50 2
1 0 50 2
9 58 2 2
9 58 2 2
+Om 9504 +o 31.16 -0 25.67 -0 59.83 - I 2 1 . 1 8 -0 10.82 -0 59.15 - I 8.73
+ O 32.54 -0 9.82 -0.55.56 + O 21.15 +o 16.36 -0 25.95 -0 30.80 - 1 1 0 . 2 5
- 1 15.00
+o 44.06 +o 21.48
-1 10.70
- o 48.1a
t 8' 461'3 - 4 16.9 - 3 18.6 - 1 0 23.2 - 2 23.3 - 7 24.5 - 4 8.0 - 6 37.8
-11 30.6 -10 32.1 - 9 42.3 - I 41.7 - 8 1.6 - -
- I 48.5 - 8 9.4 + 7 54.4
0 3.9 + 6 36.4 - I 21.8
-
-I- 6 26.6 - 8 54.7 - 5 42.7 + I 46.1 - 3 9.9 - 7 48.3
(
-13 31.8 - 6 6.8 - 6 41.2 - 7 15.4 - 7 47.8 + I 2 33.9 - 2 29.7 + I 1 2 7 . 1
- 3 1.7 - 3 35.' - 4 10.3 - 4 41.3
- 5 39.1 + I 5 47.5 - 7 26.0
32.8 44.12 24.8 24.8 24.8 28.8 8.4 8.4
('30 I 6.8
40.16 16.12 2 4.8 24.8
8 8
16.12 16.12 28.12 28.12 24.8 24.8
+ 316 +3*5 +3.6 t 3 . 6 +3.6 + 3.6 +3.6 t 3 . 6
+ 2 . I
+2.2
+2.2 4 - 2 . 1
-4- 2 . I - -
+ 2.2
3 - 2 . 2
+ 2 . I
3 - 2 . 1
3 - 2 . 2
+ 2 . 2
+sf65 -IO!'O
t 3 . 6 6 - 1 0 . 0
+3.68 -10.0 +3.68 -10.0
+3.73 - 1 0 . 1
+3.75 - 1 0 . 1
+3.75 - 1 0 . 1
+3.69 - 1 0 . 1
E l e t t r a . Gr. 11m4. -0.04
-0.09 -0.06 -0.06 -0.05
-0.05 -0.09 -0.09 -0.05 - 0.05 -0.09 -0 09
r. r i m
-0 04 -0.04 +o.or - 0.0 I
-0.10
-0.05 -0.05
1 7 2 0 5.01 1 7 19 22.66
1 1 16 17.89 1 7 16 17.90 1 7 1 5 30.81
1 7 18 36.94
' 7 15 30.76 ' 7 I4 46.52 ' 7 I4 46.57
' 7 '3 58.19
' 7 I 2 26.04
1 7 13 58.01
1 7 I Z 25.80
+3.28 -10.7
'3.29 -10.5 +3.31 -10.4 +3.35 - 9.9 +3.35 - 9.9 +3.37 - 9.5 +3.31 - 9-5 -I-3.38 - 9.1
+3.39 - 8.6 +3.39 - 8.6 +3.42 - 7.9 -4-3.42 .- 1.9
+3.38 - 9.1
65 65 65
67
67
67
69
69
66
66
66 .
68
68
7 0 7 ' 7 ' 7 2
73 74
+ 7 19 1 0 . 1
+ 7 2 0 8.8 + 7 2 0 58.7 + 7 2 2 1 7 . 1
+ 7 2 2 17.9 - -
-t 7 2 2 11.1
+ 7 2 2 10.9 f 7 2 1 47.6 + 9 2 1 49.6 -+ 7 2 0 30.3 + 1 2 0 32.0
- 3 5 1 58.8 - 3 48 5.3 - 3 44 53.2 - 3 39 2.9 - 3 33 51.7 - 3 33 5 5 . 1
1 2 35 6 1 2 9 45 13 9 '5 1 2 43 1
11 37 2 1
I 1 37 2 1
+ I 3.50 -0 22.63 - 1 5.14 -0 28.48 -0 30.44 - 1 '3.15
+ 2.6 +2.6 + 2.6 f 2 . 6 +2.6 +2.6
+3.41 - 6.7 +3.46 - 6.4 +-3.48 -- 6.3
+3.55 - 6.0 +3.55 - 6.0
+3.51 - 6.1
- 2 1 2 7 45.8 - 2 1 28 15.1 - 2 1 28 49.5 -21 29 23.7 - 2 1 29 56.0 - 2 1 30 30.1 -21 31 37.6 - 2 1 31 37.2 - 2 1 32 9.6 - 2 1 32 43.1 - 2 1 33 18.3 - 2 1 33 49.3
+4.16 + 0.8 +4.18 + 0.3
+4.21 + 0.3 +4.23 + 0.4 +4.24 + 0 . 2
t 4 . 2 7 - 0.1
+4.28 - 0.1
+4.29 - 0.1
+4.32 - 0 . 2
+-4 32 - 0.2
4-4.19 + 0.3
f 4 . 3 0 - 0.2
1 2 I 1 6 I 1 2 2 51 11 23 30 I I 24 26 I 1 4 4 1 I I 5 49 I 1 8 29 1 1 8 29 1 0 47 2 9 I I 4 0 1 0
1 2 39 31 12 2 1 6
- 2 51."
+ z 20.93 + I . 3 I .95 +o 42.46 -0 6.49 +o 3.66 + z 36.83 - I 36.72 + I 47.20 +o 55.18 +o 2 . 5 7 -0 46.89
Sett. 23 24 2 7
I 1 31 2 2
I 1 I2 34 I 1 2 7 13
- I 36.78 -0 52.64 + I 52.80
O 3 8.5 - - o 9 56.2 - 0 30 34.4
79 80 8 1
+4.30 +29.1 f 4 . 3 2 +29.1 +4.36 +29.3
I 7.8 14.8 14.8
+4.1 4-4. I
+4.1
+4*37 - 5 .7
-1-4.31 - 5.6 +4.36 - 5.6
Giug. 23 23 23
11 46 58 1 1 46 58 I I 46 58
82
83 84
5 7 3484 58 - Cf.
I 4.8 24.8 24.8 24.8 !4.12 14.12 24.8 24.8 16 8 I 6.8 44.8 20.8 24.8 24.8 28.8 24.8
__
L Q . 1 2
zo.11
16.8 I 6.8 24.8 2 4.8
- Par.
+ 4I' I f 4 . 1 t 4 . 1 t 4 . 1 +4.1 -1-4.1 t 4 . 1 +4.1 t 3 . 9 + 3.9 t 4 . 1 f 4 . 1 t 4 . o +4.1 t 4 . 1 +4. I
+ 4.0 +4.0 t 3 . 9 + 3.9
__
+3.a +3.a
- d -
85 82 83 86 87 86 87 86 88 87 88 88 89 89 89 89 90 9 ' 90 91 90 9'
- Par.
,0503 -0.03 -0.03 -0.07
-0.05
-0.05
-0.04 -0.04 +O.I I
f 0 . I I
-0.04 -0.03
- 0.05 +o.oo +0.04 ~ 0 . 0 3 +0.03 +0.09 +0.09 + O . I I
+O.I 1
-0 06
12904.
- 0.09 - 0 . 0 2
1879 AR
- 0"s 7524 -0 58.54 --I 25.14 + I 12.80
+o 55.71 t o 12.09 -0 4.28
t o 44.18 -0 47.92
- 1 9.32 -0 7.90 - I 6.75 + I 17.24 +o 2 0 . 1 4 -0 38.34 -1 35.18 + 3 17.66 + 2 37.55 + 2 22.94
+ O 35.45 -0 4.5:
+ I 42.96
Ad
- 9' 331'3 - 6 7 . 1 -13 2 5 . 1
- 5 48.6 - 0 14.3 - 5 37.5 + 0 3.7 - 5 '9.3 + 0 5 7 . ' + o 26.7 + I 18.5 + I 46.4 + I 19.8 + 1 53.5 + 2 32.4 + 3 16.1 -10 2 7 . 7
+ 0 39.4 - 9 40.0 + I 27.3 - 7 54.9 + 3 13.8
+ I 1 . 5
- 7 16.5
d aPP.
- 2 8 3 2 . 0
-28' 3' 6!'8
-28 3 3.2 -28 2 51.8 -28 2 40.3 -28 2 40.8 -28 2 22.4 --28 2 2 2 . 7
- 2 8 2 3.3 -28 I 59.5 - 2 8 I 43.0 -28 I 14.2 - 2 8 0 43.9 - 2 8 o 1 0 3 - 2 7 59 31.5 - 2 7 58 47.9 - 2 1 58 3.3 - 2 7 58 4.8 - 2 7 5 7 15.9 - 2 7 5 7 1 7 . 2
- 2 7 55 31.2 - 2 7 55 31.1
.m. Arcetri
I 1' 46m5 8' I 1 8 41 I 1 8 41 I 0 23 25 10 39 38 10 39 38 10 5 1 2 1
1 0 51 2 1
'3 11 33 ' 3 1 1 33 10 31 30 1 0 42 55
10 13 30 I I 5 43 11 33 42 I 1 I 5 2 0
' I 15 2 0
I 1 32 58 I I 32 58 1 2 30 37 1 2 30 37
I 0 I 1 2 0
Red. ad 1. app.
+4537 - 5!6
+4.36 - 5.6 +4.39 - 6.0
t 4 . 3 7 - 5.7
4-4.40 - 6.1 +4.40 - 6.1 +4.41 - 6.2 +4.41 - 6.2 +4.42 - 6.3 +4.42 - 6.3 +4.43 - 6.4 +4.44 - 6.5
+4,45 - 6.7 +4.44 - 6.6
+4.45 - 6.8 +4.46 - 6.9 +4.46 - 7 . 1 +4.46 - 7 . 1 +4.45 - 7.4 +4.45 - 7.4 +4.45 - 7.8 + 4 45 - 7.8
a aPP*
1 7 ~ 5 6 " 2f33 I 7 5 5 3.77 ' 7 55 3.7' I 7 54 5.16 1 7 53 5 .12
1 7 53 5.06 ' 7 5 2 5.14 1 7 52 5.06 1 7 5 1 0.18 I 7 5' 0 . 1 1 1 7 50 8 .11
1 7 49 9.27 1 7 48 12.86 1 7 47 1 5 . 7 7 1 7 46 '7.29 1 7 45 20.46 1 7 44 26.64 ' 7 44 26.43 1 7 43 31.91 ' 7 43 31.83 1 7 41 44.44 1 7 41 44.34
Giug. 23 24 24 2 5 26 26 3 7
2 7 28 28 29 30
Lugl. I
2
3 4 5 5 6 6 8 8
( 1 7 1 ) Ofelia. GI I 2 2 30.40
2?:21 I 2 1 14.33 Sett. 2 5 I 1 2 40 9 I +o 7 . 2 s
2 7 10 49 53 -1 8.8: + 4 5 0 48.3 + 4 42 30.4
+2.3 I +4,33 +28.6 92 +2.3 t 4 . 3 6 +28.7 92
(86) Semele . Gr. 12m5.
Giug. 25 2 5 26 2 7 28 28 29
Lugl. I
+ I 14.47 - 1 2 . 7 2
+ o 26.49 -0 22.95 + I 2.74 - 1 13.00 +o '2.49 - I 31.72
+4.26 + 2 . 0
+4.26 + 2 . 0
+4.28 + 1.9 +4.30 + 1.9
+4.31 + 1.8 t 4 . 3 3 + 1.8 +4.37 +- 1.6
+4.31 + 1.8
93 94 93 93 95 93 95 95
- 3 35.1 + 5 30.6 - 6 1 2 . 7
- 8 53.7 - 2 34.6 - I I 34.0 - 5 1 2 . 1
- I 0 34.8
8.4 8.4
24.8 16.8 I 6.8 32.8 24.8
ZO. I 2
19 8 18.58 19 8 18.13
19 6 41.20 19 5 50.88 19 5 51.16
19 3 16.48
'9 7 3062
' 9 5 0.65
+ 0 . 0 2
+ 0 . 0 2
- - 0 . 0 2
--0.03 -0.04 -0 04 -0.07
-0.02
-24 ' 5 41.5 -24 ' 5 42.7 -24 18 19.2 -24 2 1 0 . 2
-24 23 40.5 - 2 4 23 40.6 -24 26 18.0 -24 3' 40.9
+ 3.8 + 3.8 +3.8 +3.8
4-3.8 +3.8 + 3.9
+ 3 8
+3.5 -1-3 5 +3.5 +3.6 +3.6 +3.6 +3.6 +4. I
+4.1 +4.2 +4.2 + 3.8 +3.8 + 3.9 t 4 . o + 3.9
416) V a t i c a n a . Gr. 11m3.
-0 .18 -0.18 -0 .18 - 0 . 1 7
-0 .1 7 -0.18 -0 .18 - 0 . 1 2
- 0 . 1 2
-0.05
-0.05
-0.14 -0.14 - 0 . 1 2
-0.01
- 0 . 1 2
Agos.2 7 28 28 29 29 30 30 31 3'
Sett. I
I
2
2
2 2
23 24
I I 8 6 1 0 58 6 1 0 58 6 I 1 3 I 0
I 1 3 1 0
I 0 49 5 5 1 0 49 55 1 2 13 25 I 2 13 2 5 13 13 16 13 13 16 I 1 37 I 8
I I 37 18 1 0 30 44 I 2 1 2 50 1 0 2 0 49
16.8 16.8 I 6.8 I 6.8 16.8 20.8 20.8 24.12 24.12 16.12 16.12 I 6.8 16.8
24.12 24. I 2
31.8
o 56 38.82 o 56 6.64 0 56 7 . 0 5 0 5 5 32.76 0 5 5 33.23 0 54 58.04 0 54 58.46 0 54 '9,53 0 54 20.00
0 53 40.58 0 53 40.14 0 j 3 4-32 0 53 3.9' 0 36 44.96 O 35 45.33 0 34 54.17
- 1 2 1 6 9.4 - 1 2 2 1 9.6 - 1 2 2 1 9.3 - 1 2 26 14.6 - 1 2 26 13.6 - 1 2 31 13.9 - 1 2 31 14.0 - 1 2 36 32.6 - 1 2 36 34.9 - 1 2 41 48.4 - 1 2 41 45.6 -12 46 29.2 - 1 2 46 29.9 -14 14 5.3 -14 ' 7 35.0 -14 2 0 25.4
96 96 97 96 97 96 97 98 97 99 98 99 98
.oo 00
.oo
-1-2 '7.79 + I 45.59 +o 58.54 + I 11.69
+o 36.94 4-0 24.71
-0 10.10
+ I 0.09
+ I 10.06 +o 20.68 +o 33.78 -0 ' 5 . 5 7 + I 47.53 +o 47.88 -0 3.30
-0 48.58
+ 9 40.9 + 4 40.7 4- I 2 49.2 - 0 24.3 + 7 44.5 - 5 23.7 + 2 44.4 - o 36.5 - 2 36.5 -+ 5 5 0 . 3 - 5 49.8 + I 9.: -10 34.5 + 1 2 24.(
+ 6 4.1 + 8 55.'
+3.93 t 2 9 . 8 +3.95 +29.8 +3.95 +29.8 +3.97 ~ 2 9 . 8 +3.97 +29.8 +4.00 +29.9 +4.00 +29.9
+ 4 0 2 +29.9 +4.04 +30.0 +4.04 t 3 0 . 0 +4.06 +30.1 +4.06 +30.1
+4.43 +29.4 +4.45 +29.4
i-4.02 -4-29.9
i-4.41 +29.4
59 3484 60
16.8 24.8
16.8 16.8
12.8 12.8
24.12 12.12 1 2 . 1 2
Agos.24 2 5 2 7
2 7 28 28
Sett. 2
3 3
2 ~ ~ 2 9 ~ $09 2 2 2 8 37.74 2 2 27 32.21
2 2 26 57.25 2 2 26 57.35 2 2 24 14.07 2 2 23 42.46
2 2 2 7 32.09
2 2 23 42.09
Nov. 2 2
23 23 24 24
2 2
16.8 16.8 16.8 16.8 6.8 6.8
1 Oh 2SmI4' 9 9 5 2 8 23 26 8 23 26 9 30 37 9 30 37 8 5 2 57 8 57 34 8 5 7 34
4 6 20.31 4 6 20.69 4 5 12.86 4 5 13.13 4 4 3.48 4 4 3.12
+ Irn49!99 -0 44.96 +o 19.02 -0 31.76 +o 59.12 -0 15.85 1 - 0 21.56 + 2 16.04 -0 53.55
-I-2 19.30 + I 52.89 + I I 1.84 +o 45.32 +O 2.45 -0 24.10
Nov. 2 2 I I 21 41 +o 51.02 23 10 19 2 7 I -0 1.99
- * -
I
2
3 4 5 6 7 8 9
I 0
1 1
1 2
'3 '4 '5 16 ' 7 18 '9 2 0
2 1
2 2
23 24 2 5
26 2 7
a 1897.0
8h23m 5578 8 24 58.40 8 2 0 58.17 8 16 50.45 7 55 7 8 7 7 53 7.37 I 33 54.63 5 '0 50.79 5 11 3 5 3 3 5 10 27.41 5 8 0.29 5 8 12.31 7 47 77.95 7 41 31.55 7 46 34.40 'I 24 36.45 7 25 '4.5' 7 1 2 33.26 7 1 2 19.39 8 I 42.20 8 3 26.85 7 44 50.19 7 44 55.58 7 42 28.01 7 39 33.74
7 5 5 38.02 10 44 3.28
6 1897.0
+ ~ ~ 3 3 ' 3 1 : ) ~
+ 2 49 42.1 + 2 28 47.6 + 3 6 46.8 + 3 1 2 49.6 + 3 29 20 .0
+ 3 2 2 2 7 . 1
+ 3 2 1 47.9 + 3 37 58.6 + 3 33 50.3 + 3 35 3.1 + I 4 41 54.1 + I 4 46 47.2 +28 o 35.9 +28 59 41.5 +29 3 1 0 . 7
+29 2 2 12.6 +29 5 36.8 + Z I 5 2 51.4 + 2 1 40 6.8 + 2 2 24 4.7 + 2 2 30 30.0 + 2 2 39 26.6 +26 58 27.3
+ 2 41 47.9
+16 44 2 1 . 2
+23 23 4.8
- 13' 281'2 + o 36.1 + 8 36.7 - 0 15.4 - 6 27.6 - 1 1 25.5 +lo 50.6 - 2 46.4 - 8 10.5
- 3 17.9 -13 22 .2
- 0 45.2 -10 49.1 + I 47.1 - 8 16.5
+ 4 11.9 + 3 46.9
(194) P r o k n e . Gr. 9'110.
- 0 5 2 0
-0.31 -0.35 -0.35 -0.26 -0.26 -0.29 - 0 . 2 7
-0 .27
10mo.
- 0 . 2 7
- 0 . 2 7
-0.31 -0.31 - 0.30 -0.30
(6) E b e . Gr. 71113.
44.8 5 10 26.08 -0.24
S t e l l e d i c o n f r o n t o .
24.8 I 5 I 1 19.09 -0.16
Autoritlt
BB.VI +2?1982 BB.VI e2?1987 AG. Albany 3368 AG. Albany 3335 AG. Albany 3 I 28 AG. Albany 3 I I 5 a Canis mio. B. A. J. AG. Albany 1636 AG. Albany 1641 AG. Albany 1633 AG. Albany I 6 I o AG. Albany 1616 BB.VI +14?1772 W, 7h1292 (Schj. 2865) W2 7h1259 Kam 1294 (W, 629) Kam 1297 (Wa 653) W, 7h300 wa 7h293 AG. Berlin B. 3268 AG. Berlin B. 3280 AG. Berlin €3. 3143 AG. Berlin B. 3145 AG. Berlin B. 3 I 2 5 Astr. Nachr. 98.133 Pola.
AG. Berlin A. 3 162 (W,) AG. Berlin B. 4 I I 2
Vedi nota
- * -
28 29 30 31 32 33 34 35 36 37 38 39 40 41 4 2 43 44 45 46 47 48 49
50
5' 52
- 5" 55' 1319 - 6 1 3 18.4
- 6 51 6.0 - 7 I I 1.0
- 7 1 1 5.5 - 8 45 29.1 -- 9 4 26.9 - 9 4 30.2
- 6 5' 3.4
+24 52 1.9 + 2 4 5 2 30.5 +24 54 34.6 + 2 4 55 3.6
-1-24 57 36.3 4-24 5 7 7 . 0
- 2 41 4.1 - 2 41 29.1
~
a 1897.0
10h44m15!71 9 33 3.23 9 25 0.57
1 2 10 4.56 1 2 I 38.31 I 1 5 7 57.40 I I 57 '4.19 I I 51 10.79 I 2 I 0 55.81 1 2 6 40.70 1 2 7 7 . 0 5 ' 3 5 1 '3.69 '3 5' 33.83 '3 47 23.11 ' 3 47 35.35 15 1 2 33.16 '5 1 2 39.70 13 8 26.81 13 4 8.40 14 13 58.18 16 3 20.82 16 3 3935
'5 44 33.72
14 2 1 5 . 0 7 16 38 27.98
+6:7 t 6 . 6 t 6 . 5 t 6 . 5 t 6 . 7 t 6 . 7 +6.7 +6.8 t 6 . 8
+3.2 +3.2 '3.4 +3,4 + 3.3 + 3.3
~~
d 1897.0
+4I26 +22!'6 +4.28 + 2 2 . 7
+4.31 +22.7
+4.31 + 2 2 . 7
4-4.32 +22.8 4-4.32 + 2 2 . 8
+4.38 +22.8 +4.39 +22.8 t 4 . 3 9 f 2 2 . 8
+5.63 +19.o +5.63 +19.o +5.64 +19.0 +5.64 +19.0 +5.65 t 1 9 . 1 +5.65 +19.1
I 0 1
1 0 2
'03 104 ' 0 5 '03 I 06 ' 0 7 106
I08 109 I 0 8 109 I 08
,109
+230 42' 35!'5 +26 24 9.9 +18 18 22.6 - 3 5 1 11.6 - 3 2 37.8 - 2 49 9.4 + 0 36 55.3 + 0 44 51.1 - 1 1 26 5 1 . 2
- 1 1 '5 33.9 - 1 1 5 10.0
+ o 34 23.1 + 0 41 '5.7 + I 2 0 0.9 + I 1 7 56.6 + 4 9 19.4 + 4 1 0 22.9 - 2 1 48 49.8 - 2 1 31 45.8 -13 14 4.6 - 1 2 4 5-5 -12 6 1 1 . 1
- 1 1 I 5 0.4
- 2 1 24 14.6 -25 I 13.6
Autoritlt ~~
AG. Berlin B. 4 I I 3 Rii. 2893. Vedi nota AG. Berlin A. 3839 M2 4353. Vedi nota M, 4275 Kam 2 196 (W, , Par., M I ) AG. Albany 4404 AG. Albany 4403
Mi 7735
BB.VI +0?3112 AG. Albany 4829 AG Albany 4807 AG. Albany 4809 AG. Albany 5 180 AG. Albany 5 I 8 I AWe. 10419. Vedi nota BB. V I I 3h4. Vedi nota Y, 6014- 15. Vedi nota Sant, 1796
MI 7833 (Pars)
MI 7748 (Schj.1
(Sant, 1797 + Schjell.
(3 Par2 19686 + M, I 1786)
BB.VI 14436 (Cord. ZC. z 5 9 3 +A W e
5713)
72795)
61 3 484 6 2
- * -
53
54 55 56
57
58
59
60 61 62 63 64 65
67
6s
66
68
7 c 7 1
71 7: 74
7: 7 t 7; 72 7! 8c 81 8:
a 1897.0
f6h39" 6f45
6 37 38.24
16 34 3.29 r6 37 29.68
r6 31 58.89
16 33 2 4 . 7 2
16 2 7 57.04
1 7 '3 57 .04 ' 7 1 2 43.92 1 7 13 1817
1 7 8 38.12 1 7 19 29.15 ' 7 '5 53.35 1 7 1 5 58.15 17 13 10.56 '7 '3 33.31 18 11 5.32 18 10 325s 18 8 32.81
1 7 8 48 '3
I 8 7 11.1:
18 7 53.9;
18 53 4.6: 18 59 3.81
18 5 2 4.11 18 41 5 0 5 '
I 1 5 56.0. I 14 2 5 2 '
1 9 14.9: 7 7 5 5 57.9~
6 1897.0
-25" 10' 2 7 1 5
- 2 5 5 26.0 - 2 5 I 27.4 - 2 5 4 2.7
-24 40 46.3
-24 48 1 2 . 2
-24 46 56.5
-16 9 6.9 - 1 5 55 7 .0 - 1 5 48 4.3 - 1 5 47 37.1 -15 50 5 . 2
+ 7 30 51.4 + 7 24 8 .1 + 7 30 29.4 + 7 14 1.8 + 7 2 2 1.7 - 4 4 18.7 - 3 39 4.2 - 3 40 42.9 - 3 30 3 5 3 - 3 26 0.8
- 2 1 14 8.8
- 2 1 29 7.E
- 2 1 2 2 8.6 -21 43 4.2
+ 0 2 2.1
- o 26 12.2
- 0 23 37.7 - 2 7 56 4 9 '
Autorith
% (Cord. ZC. 2 643 + A We. 12801)
Awe. 12784 4We. 1 2 7 8 1
(Cord.ZC. 2286+AWe.
'/2(Cord.ZC. 2 133+AWe.
L/2 (Cord. ZC. 2234+AWe.
'/,(Cord.GC. 2 243+Cord. ZC. I 82g+AWe. 12694)
Awe. 13260 (M,) Awe. 13241 Awe. 13246 Awe. 13190 Awe. 13187 BB.VI +703360 BB. V I + 703343 BB.VI +703344 W, 17h185 w, I7h193 'h ( M i 15798 +Ma 7223) Cord. GC. 24896 (M,) Schj. 6607 M, 15624. Vedi nota
12744)
1 2 7 2 2 )
12737)
'/z(M, 15657 +&7176).
Awe. 14995 Awe. 14895 (Ml)
Vedi nota
Awe. 14881 Rad, 4979 (Br. -Auw.)
Gott, 2 7 0 - 1
I/., (3 Cord. GC. 24502 +
BB. VI - 0 0 2 0 5
Giitt, 256-7
Cord. ZC. 3688)
- Q -
83
8 4
85
87
89
86
88
90
9' 92 93 94
95
96 97 98 9s
1 oc I01
I 0 1
1 0 2
I 0 4 1 0 5
1 OC
10;
I O I
lo< I I (
Note . * 2 5 . Da W, 7h1089 si ricavano i secondi di AR. 1
a 1897.0
I f h 56"'~ 5fo9
1 7 56 52.73
1 7 56 5 5 . 2 0
' 7 5 2 48.57 1 7 5 2 5.01 1 7 5 0 11.58
1 7 46 51.18
' 7 4r 4.52
' 7 41 44.42 I 2 2 18.79
'9 6 5985 ' 9 9 ' 659
'9 4 4 3 3 3
0 54 17.10
0 5 5 4.56 0 53 15.42 o 5 2 2648 0 34 53.02
2 2 29 1842 2 2 2 7 8.88 2 2 2 7 59.54 2 2 2 5 53.81 2 2 24 31.25 2 2 2 1 22.0:
4 4 2 2 . 1 7
5 10 23.2:
2 2 2 7 14.84
4 3 55.3E
6 1897.0
- 2 7" 49' 32!'5
- 2 7 5 2 51.3
- 2 7 53 27.9
- 2 7 56 5 9 . 2 -28 2 19.9 -28 2 54.1
-28 I 57.1
- 2 7 47 28.5
+ 4 49 18.2 -24 I 2 8.4 -24 2 1 15.3
-24 21 7.7
- 1 2 26 20 .1
- 2 7 58 31.1
- 1 2 34 28.2 - 1 2 36 25.E - 1 2 48 8.8 -14 26 59.t - 5 42 8.:
- 7 0 2.1 - 6 14 17.1
- 6 5 1 13.: - 7 4 56.: - 8 56 42.: - 9 2 3.: +24 55 0.2
4-25 5 33.: - 2 45 29.r
Autoritk
/4 (3 Cord. GC. 2 4 5 2 0 + Cd. ZC. 3 7 I 6). V. nota
/4 (3 Cord. GC. 24529 + Cd. ZC. 3742). V.nota
/4 (3 Cord. GC. 24531 + Cord. ZC. 3745)
:ord. ZC. 3469. V. nota Zord. ZC. I 7h3419 'I, (2 Cord. GC. 24344 +
Cord. ZC. 3302) Y4 (3 Cord. GC. 24273 +
Cord. ZC. 3078) (Y3) L/5 (4 Cord. GC. 241 2 0 +
Cord. ZC. 2688) Cord. ZC. I 1?2732 Br.-Auw. 194 (AG. Alb.) Cord. ZC. 19?246 '/, ( 2 Cord. GC. 26373 +
Cord. ZC. 344) ' / 6 (4 Cord. GC. 26253 +
Cord. ZC. 146) W, oh910 W, ohgz4. Vedi nota W, oh869. Vedi nota BB. V I p. 327 BB. VI oh51
M13'140 ( W l ) M2 12569 Ma 12548 Mz '2553 MI 31111 Y, 10156 M, 30949 BR.V1+24?628. V.nota AG. Berlin B. W, 5h176
se 47. Doppia strettissima; si punt6 nel suo mezzo. 1 - .
e di declinazione seguenti : 33510 e 27!'8. I Dagli altri cataloghi si hanno i secondi seguenti: 8 29. Una posizione di questa stella si trova nelle
A. N. vol. 5 1 p. 2 7 7 Cambr. U. S. dedotta da un collega- mento. Tale posizione dh pel 1897.0 i seguenti secondi di AR. e di declinazione : 3504 e I 11'3.
% 31. La posizione di M, 781 I ha : AR. minore di of06 e declinazione pih boreale 61'6.
* 45 . Trovasi in Cincinnati IX 23x9. Calcolata da quest0 catalog0 si trova : Cinc. - Awe.. = + I S I 5 - 51'6 ; correggendo gli 0 - C con la meth della differenza si ottiene: +25517 e -203:'6.
9 46. Trovasi in Cincinnati IX 2311, XI11 1160, Quetelet 5355; tenendo conto del mot0 proprio si ha: Cinc., Qu. - BB. = +of50 - 161'4; correggendo gli 0 - C per intero si ha +25522 e -203!'3.
W, 14?199 ggfoo e 274 Ml 10037 58.44 e 5.9 Sa, 1306 58.52 e 4.2
* 73, 74. Osservate in meridian0 ad Arcetri ed a Padova, vedi Fasc. No. 7.
* 82, 83, 84, 85. Sono stati fatti i confronti, nella stessa sera 23 Giugno, di Fides con tutte quattro le stelle allo scopo di ideotificare queste ultime in quanto che io stimai nel 23, la grandezza di * 83 5915 ed inoltre il com- pagno della doppia se 84 lo stimai di 13* mentre il Cord. GC. lo pone di I O ~ . La grandezza di JE 83 & stata trovata nel 1873 nelle osservazioni delle zone di Cordoba 7.5, nel 1878 nelle osservazioni per il Cord. GC. di 8", 6m, 73/,", e fra il 1885 ed il 1891 nelle osservazioni della Durch- musterung di 7.4, per cui sospettai che fosse una variabile.
63 3484 64
10 la tenni d'occhio, e pregai anche di farlo qualche collega, ma non si pot& concludere nulla intorno alla sua variabilitzl. Ecco intanto le mie note originali talvolta favorevoli, tal altra dubbiose :
Nel 24 Giugno, I 83 di 6". I1 comes di (B 84 12m5. - Giugno 25, .w 83 di 6m5, giallo rossa. Comes di I 84 12m5. - Giugno 26, .w 83 di 7'" (perb nubi vaganti). - Giugno 27, Y 83 7?5. Comes di I 84 12m5. Sereno splendi- dissimo, si vede una quantitzl di piccole stelle. - Giugno 28, I 83 8". - Giugno 30, I 83 7m5. Brutto sereno, nebbioso, nubi vaganti cosi che si deve smettere. - Luglio I, I 83 7m5. Sereno splendido. - Luglio 2, * 83 8" bene accer- tata; k evidente la diminuzione di splendore; perb sereno fosco, nubi vaganti, infine nuvolo che tronca le osservazioni. - Luglio 3, (B 83 P, molto rossa, a volte sembra pib grande.
Sereno splendidissimo. - Luglio 4 , I 83 7m5. - Luglio 5 , (B 83 8m3 ben sicura; sereno splendidissirno; diminuzione di splendore manifesta. - Luglio 6, diminuzione manifesta. - Agosto 20 , fu riveduta la supposta variabile ma trovata su per gizl di 7" in 8". Si dubita della sua variabilitzl. - Agosto 26, lo stesso.
.w 86. La Cord. DM. dzl la grandezza 8.9, io la giu- dico di 9.5.
I 97. La declinazione di W, fu numericamente di- minuita di 6'.
(B 98. L' AR. di W, fu aunientata di I" come indica Luther K. 37 I.
(B 108. La declinazione del catalog0 k molte vero- similmente erronea cosi che dovrebbe venire aumentata di circa 30".
Dic. 26 +3f39 26 + 3 7 8
28 +3.62 28 +3.87
Gen. 'I-!:\!: +3.93 + 3.96
25 +3.99 2 +4 . i3
Febb.21 +3.50
I 896-97 Dic. 29
29 30 30
Gen. 2
3 3 4 4
2
1896-97 Dic. 29
29 30 30
Gen. 2
3 3 4 4
2
- 813 - 9.6
- 10.4 - 10.6 - 10.3
- 9.6
- 8.6
- - I 11.2 1.3 - 11.0 - I 1.9 -13.9
+92Sz7 +92.36 +91.45 +91.38 +86.61 +86.08 f 8 5 . 7 2 +85.35
B. A. J. 189 +0.41 +0.55 +0.38 +0.45 +0.24 +0.36
. +0.46 +0.5 7 +0.3 I
+0.44
--122!'3 - I 19.8 - 52.4 - 53.9 - 19.2 - 19.1 - 9.4 - 5.3
1. + 1.8 - 0.8 + 1.2
- 2.3 + 1.9 - 1.7 + 1.5 - 1.7 + 0.9 - 0.6
Febb.22 - 6536 23 - 6.71 24 - 6.32 2 5 - 6.22
Gen. 3 4
2 5
25 Febb. 8
9 I 0 I 0
+ 26'12 + 26.8 + 24.6 + 20.2
Gen. 3 3 4 4
2 5 2 5 2 8
+ 0 2 8 - I .o + 0 .07 - 0.2
+ 0.17 + 2.1
i- 0.00 + 1.5
+ 0.06 - 0.3 1.4
+ 0.12 - 2.8 + 0 . 2 1 -
-0.33 -0.25 -0.1 I
- 0.3 7 -0.08 -0.25 -0.19 -0.30 - 0.2 3 - 0.32
- 0.4 + 0.2
+ 1.9 + 0.2
0.0
f 0.5 - 0.6 - 0.3 - 1.3
1.1 -
Apr. 7 +12.7$
. 10 t 1 2 . 5 7 10 +12.65 I I +12.47 11 +12.59 1 2 +12.50
13 t-12.09 13 +12.24
9 4-12.57
I 2 +12.49
-106.3
-106.7 -107.1 -107.3 -107.6 -105.8
-106.9 -106.3
-107.4
- 106.2
Apr. 2 1 -20.79 2 1 -20.33 2 5 -19.90 2 5 -19.91 26 -20.07 26 -20.09
+ 64.6 + 58.8 + 56.7 +- 57.2 + 56.4 + 57.7
65
Apr. 26 26 30 30
3485
- 0528 - 5!8 - 0.19 - 6.2 - 0.37 - 6.1 - 0.33 - 5.4
b6
Giug. 2
5 6 8
1 0
10
+16.50 -+ 50.3 +16.50 +5' .7 +16.84 t -51 .2
+16.83 + 5 5 * 7 +r6.99 +53*I + 17.06 +49.7
Mag. 5 5 6 6
26
+ 1.41 - 6.4
+ 1.38 - + 1.58 - + 1.80 - 3.7
+ 1.49 - 6.9
Mag. 30 3'
Giug. I
I
2
6 6
-- 1.1 I
- 0.53 - 0 . 5 7 - 0.48 - 0.48
5 - 0.1 I
- 0.68 - 0.25
Giug. 23 24 24 2 5
-28.25 +14.1 - 2 8 . 5 1 + I S . '
-28.37 +73.9 -28.13 +I7.3
I897 Aa Ad
Giug. 2 6 26 2 7 2 7 28 28 29 30
Lugl. 1
2
3 4 5 5 6 6 8 8
- 28?24 - 28.30 -28.19 -28.27 - 28.09 -28.16 -28.12 - 28.2 I
- 2 8.04 - 2 7.98 -27.99
-27.79 -27.49 -27.57 - 2 7.38 -27.48
-28.18
-27 .58
+ I 61'8 + 16.4 + 18.7 +18.4 + 16.3
+ 16.0 + I 7.8 + 18.3 t r 8 . 3 +18.7
+22.4 +20.9 +22.3
+21.0 +22.4 t 2 2 . 5
+ 20. I
+21.0
(130) E l e t t r a . [B. A. J. 18991.
-57!5 - 57.0 - 5 7.9 - 60.9 - 60.0 - -
- 60.8 -61.0 -62.5 -60.5 -62.5 - 60.8
Mag. 31 Giug. I
5 5 6 6 7 7 8 8
2
10
I 0
3. I 5 5 2 0
+I5.14 4-15.14 +15.25 + 15.26 + 15.24 l-15.19 4-15.19 + 15.24 + I 5.36 + 15.54 +"5.33 + I 5 5 7
( 1 7 1 ) Ofel ia . [B. A. 18991.
Sett. 25 +10.28
2 7 t 1 0 . 3 3
(86) Semele. [B. A. J. 18991.
Giug. 2 5 2 5 26 2 7 28 28 2 9
Lugl. I
+ 0 . 7 1
+ 0.26 + 0.58 + 0.57 + 0.40 + 0.68 + 0.30 + 0.50
+ 1.9 + 0.7 + 1.5 + 0.6 + 0.3 + 0.2
+ 0.6 - 1.4
+ 2.2
+ 4.9 + 4.0 + 3.2
+ 2.9 + 1.5 + 1.9 + 1.9
+ 0.6
+ 3.7
+ 2.2
+ 1.2
Giug. 24 2 5 26 2 7 2 8
29 Idlgl. I
I
2
3 4 5
- 2.65 - 2.48 - 2.43 - 2.50
- 2.46 - 2.85 - 2.73 - 2.68 - 2.80 - 2.60 - 2.75 - 2.68
Mag. 29 29 30
. 3' Giug. I
I
2
5 5 6 7 8
I 0
+ 14.3 + 15.7 + 13.0
+ 5.9 + 4.6 + 12.5
+ r2.6 + 12.5 + 12.3 + 13.0 + 13.6
+ 4.1
+ 12.2
+ 0.19 - 0.36 + 0.18 - 0.32
- 0.19 - 0.13 - 0.14 - 0.39
+ 0 .20
0 .20
0.1 1
- - - 0.14 - 0.06
(416) Vat icana. [A. N. vol. 1441.
+ 8.84 + 8.69 + 9.10
+ 9.16 + 8.70 + 9.12 + 8.80 + 9.27 + 9.21 + 8.83 + 9.34 + 8.93 + 8.05 + 1.89 + 7.84
+ 8.79
+59.3 + 5 8.2 + 58.5 + 56.5 + 5 7.5 +56.9 + 56.8 +58.9 +56.6 +57.8 +60.6 +57,8 +57.1 t 4 7 . 5 +46.8 +47.9
5
Agos. 2 1 28 28 29 29 30 30 3' 3'
Sett. I I
2
2
2 2
23 24
( 1 1 ) P a r t e n o p e . [B. A. J. 18991.
(37) F ides . [Eff. Neugebauer].
+ 7.3
+ 3.4 + 2.1
(53) Cal ipso. [Eff, Neugebauer].
+ 2.0
+ 2.8 + 2.1
+ 0 . 2
+ 2.1
+ 0.2
+ 1.2
0.5 -
67 3485
Nov. 23 24 24
68
+1?35 + 3:6 t o . 9 1 -24.7 +' .IS + 4.6
(194) P rokne . Sett. + 7 5598 +35!'I 1 +76.38 I +42.8
( I 18) Pei tho. [Eff. Neugebauer].
3 +76.01 +39.5 [B. A. J. 18991.
15.3 10.9 6.3 10.8 8.3 10.9 12.4 10.8 ro.10 11.3
2 7 4 7 6 . 0 3 + 30.9 Nov. 2 2 + 1.06 - 24.2
28 1 +76.22 1 + - ~ ~ : ~ I zi I + 1.44 I + 4.4 28 +76.32 + 1.08 - 2 5.4
Arcetri -Firenze, 1898 Febbrajo.
o 58 4.69 o 5 7 8.18 o 5 6 37.88 o 36 45.18 o 6 28.10
9 . 1 8 7 ~ -12 I 44.6 9.386, - 1 2 11 2 2 . 7
9 . 4 5 1 ~ - 1 2 16 15.3 9.3756 -14 14 2 . 1
8.055 -14 6 58.6
(6) Ebe . [B. A. J . 18991.
NOV. 2 2 i - I .94 - 16.7 23 + 2 . 0 0 ! -155.5
A . AbPtti.
0.848 0.840 0.835 0.850 0.864
Osservazioni di pianetini fa t t e a l l ' e q u a t o r i a l e d i 0 ? 2 5 d i a p e r t u r a d e l R . O s s e r v a t o r i o de l Col leg io Romano .
Data /T.m.Roma I da 1 dd I Cf. I Gr. I a app. 1logp.dI dapp. 1logp.dl Red. ad 1. app.
Agos.24 13 23 31 26 1 2 24 30
Sett. 2 2 10 2 2 43 Ott. 31 9 30 37
2 7 I I 55 4~
I891 Giug. I 9
2 2
'897
1897
Giug. 2 3
-0 36.79 - I 33.34
+ 2 21.82 -0 57.60
- 2 3.66
(191) Kolga . 9h56m20s -0~15545 - 4'38!'3 12.4 1zm5 1 9 ~ 5m15?86 - 7O40' 1712 0.807 +$TI - oY2 I
9 5 3 54 -0 19.70 + 2 53.4 H I 30.6 12.3 19 3 2.62 I - 7 43 57.1 0.809 I t 3 . 7 7 + 0.7 2
(86) Semele. GI. 12.4-12.5. 10 59 2 1 I +o 3.06 1 + I 27.41 26.5 1 - 119 9 59.67 19.386,j -24 10 1.3 0.8861 +4.22 + 2 . 0 1 3
11.2
1 1 . 2
1 1 . 2
10.3 10.3 10.2 1 0 . 2
1 0 . 2
8 26 4.42 8 26 5.42 8 39 53.23 8 2 4 46.89 8 24 41.04 8 2 2 45.55 8 2 0 42.66 8 2 0 41.01
+ X I 11.6 + 1 33.4 - 3 19.2 - 3 24.6 + 3 37.8
- 3 32.2
- 3 41.4
- 2 21 .5
Ott. 28 28
Nov. 1 7 Gen. 10
' 0
1 2
14 14
12 53 32 13 1 7 23 I I 42 23
7 2 5 57
9 23 24 10 48 5 1
11 28 32
9 48 58
Sett. 2 2 1 2 45 23 1 - 2 29.331 0 0.01 6.3 1 1 2 , 0 1 2 2 13 26.22 24 1 2 3 1 5 -3 50.63 - 5 2.8 6.2 1 2 . 0 2 2 1 2 4.92
I897 (43) Ariadne. Sett. 2 7 I 10 2 8 44 1-4 5.46 I + 4 2.9 1 9.3 110.0 I I 2 1 57.17
4-0 13.70 +o 55.39 - 0 51.29 +2 32.48 + z 26.63 +o 31.15 --I 31.82 - 1 33.47
+ 4 30.5 + 5 45.6 - 7 52.8 - I 43.4 - I 45.3 - 2 41.4 - 3 25.8 - 3 26.9
20.3 18.4 1 - 7 6.2 6.2 9.4 9.3 8.3
9.431nI - I 2 58 49.0 1 0.840
+3.84 +29.6 +3.84 t 2 9 . 6 +3.86 +29.6
+4.48 +25.3 4-4.42 +59.3
+4.15 +29.5/ 7
9.168 1 - 4 51 15.9 10.8061 +4.32 +23.0/ 9
9.456 + 5 30 24.9 t 4 . 1 4 +24.6 10
9.361 + 5 25 2 2 . 1 +4.14 +24.6 10
+3.87 - 9.1
+4.40 -12.9 +2.56 - 5 . 2
+2.59 - 5.3 t 2 . 6 3 - 5.4
> >
2 >
n 5
12
'3 14 '5 '5 16 16 16
