Códigos ICQ de los
Observadores:AMO01: Alexandre Amorim (Brasil)
DES01: José Guilherme de
Souza Aguiar (Brasil)
DIE02: Alfons Diepvens (Bélgica)
MAN04: Luis
Mansilla (Argentina)
MAT08: Michael Mattiazzo
(Australia)
XU___: Man-To Hui (China)
YOS04:
Seiichi Yoshida (Japón)
ICQ Format:
IIIYYYYMnL YYYY MM DD.DD eM mm.m:r AAA.ATF/xxxx &dd.ddnDC &t.ttmANG ICQ XX*OBSxx
1 2 3 4 5 6 7 8
123456789 123456789 123456789 123456789 123456789 123456789 123456789 1234567890
2011
029 2011 03 28.74 S 12.2 TA 21.0C12 134 2.7 5 ICQ XX XU
029 2011 6 04.94 S 11.7 AU 20.3T10 50 1.5 4 ICQ XX AMO01
comp. stars have V = 11.413 (ASAS 104503+0137.6) and V = 11.813 (ASAS 104438+0131.2) [AMO01]
045 2011 7 31.02 S 13.1 NP 51 L5 121 0.7 2 ICQ XX MAR02
103 2011 01 4.00 S 9.0:TK 18 L 6 57 5 0 ICQ XX AMO01
comp. stars have V = 8.71 (b-v = 0.00) and V P/2011 A2 (Scotti) = 9.80 (b-v = 0.11) [AMO01]
213 2011 7 26.02 S 14.6 NP 32 L5 124 0.5 1/ ICQ XX MAR02
213 2011 08 25.71 S 12.3:TA 20.0L 5 48 2 3 ICQ XX XU
2006S3 2011 7 30.95 S 12.9 NP 51 L5 121 0.75 2 ICQ XX MAR02
2009P1 2011 05 28.36 M 9.9 TK 18 L8 57 1 6 ICQ XX AMO01
comp. stars have V = 9.58 (b-v= 0.38) and V = 10.32 (b-v= 0.28) [AMO01]
2009P1 2011 05 30.35 M 10.1 TK 18 L8 57 1 6 ICQ XX AMO01
comp. stars have V = 9.66 (b-v= 0.31) and V = 10.28 (b-v= 0.31) [AMO01]
2009P1 2011 05 31.34 M 10.1 TK 18 L8 57 1 6 ICQ XX AMO01
2009P1 2011 06 1.34 M 10.0 TK 18 L8 70 1 7 ICQ XX AMO01
2009P1 2011 06 2.34 M 10.0 TK 18 L8 57 1 6 ICQ XX AMO01
comp. stars have V = 9.66 (b-v= 0.31) and V = 10.22 (b-v= 0.61) [AMO01]
2009P1 2011 06 03.34 M 10.1 TK 18 L8 57 1 6 ICQ XX AMO01
comp. stars have V = 9.97 (b-v= 0.68) and V = 10.15 (b-v= 0.43) [AMO01]
2009P1 2011 07 10.17 S 9.0 TK 18 L8 50 ICQ XX AMO01
comp. stars have V = 8.54 (b-v= 0.43) and V = 9.30 (b-v= 0.52) [AMO01]
2009P1 2011 07 14.84 S 8.5 TK 20.0L 5 30 6.0 5 ICQ XX XU
2009P1 2011 07 17.14 S 8.6 TK 18 L8 57 3 5 ICQ XX AMO01
comp. stars have V = 8.17 (b-v= 0.06) and V = 8.94 (b-v= 0.39), moonlight interference [AMO01]
2009P1 2011 07 23.83 M 8.4 TK 20.0L 5 30 8.1 5 ICQ XX XU
2009P1 2011 07 24.81 M 8.3 TK 20.0L 5 30 6.5 5/ ICQ XX XU
2009P1 2011 7 26.03 M 8.1 TI 7 B 10 8 4 ICQ XX MAR02
2009P1 2011 07 27.07 M 8.5 TK 18 L8 57 3 5 ICQ XX AMO01
2009P1 2011 07 27.09 S 8.2 TK 5 B 10 5 5/ ICQ XX AMO01
comp. stars have V = 8.21 (b-v= 0.40) and V = 8.69 (b-v= 0.26) [AMO01]
2009P1 2011 7 28.01 M 8.3 TI 7 B 10 8 4 ICQ XX MAR02
2009P1 2011 07 28.23 S 8.2 TK 8 B 20 5 5 ICQ XX SOU01
2009P1 2011 7 29.01 M 8.1 TI 7 B 10 9 4 ICQ XX MAR02
2009P1 2011 7 31.13 M 8.1 TI 7 B 10 8.5 5 ICQ XX MAR02
2009P1 2011 08 19.61 M 7.4 TK 20.0L 5 30 9.1 6 15 m150 ICQ XX XU
2009P1 2011 08 22.66 M 7.1 TK 20.0L 5 30 9.4 5 0.4 150 ICQ XX XU
2009P1 2011 08 25.65 M 7.0 TK 20.0L 5 30 10.6 6 26 m145 ICQ XX XU
2009P1 2011 08 27.44 S 8.3 TJ 20.0T10 80 3 7 ICQ XX YOS04
2009P1 2011 8 27.94 M 7.4 TI 5 B 7 8 4 ICQ XX MAR02
2009P1 2011 08 28.08 S 7.2 TK 8 B 20 6 4 ICQ XX SOU01
2009P1 2011 08 29.10 S 7.2 TK 8 B 20 6 4 ICQ XX SOU01
2009P1 2011 08 30.04 S 7.2 TK 8 B 20 6 3 ICQ XX SOU01
2009P1 2011 09 01.10 S 7.2 TK 6 B 20 6 3 ICQ XX SOU01
2009Y1 2011 7 31.12 S 14.8 NP 51 L5 121 0.5 1 ICQ XX MAR02
2010X1 2011 06 04.93 I 13.4 AU 20.3T10 125 ICQ XX AMO01
comp. stars have V = 13.436 (ASAS 102730+0806.6) AND V = 13.916 (ASAS 102733+0817.7) [AMO01]
2010X1 2011 07 26.91 S 10.3:TK 18 L8 57 ICQ XX AMO01
comp. stars have V = 10.17 (b-v= 0.59) and V = 10.35 (b-v= 0.50), light pollution [AMO01]
2010X1 2011 08 20.91 S 8.2 TK 18 L8 57 4 3 ICQ XX AMO01
comp. stars have V = 8.26 (b-v= 0.70) and V = 8.28 (b-v= 0.31) [AMO01]
2010X1 2011 08 31.91 S 9.4:TK 18 L8 57 3 1 ICQ XX AMO01
comp. stars have V = 9.34 (b-v= 0.38) and V = 10.66 (b-v= 0.46), averted vision [AMO01]
comet altitude 16 degrees, moon at 7.4 degrees far from the comet, FOV limit magnitude 11.6 [AMO01]
2011C1 2011 03 28.89 S 10.1 TA 21.0C12 81 4 3 ICQ XX XU
2011C1 2011 04 18.87 S 8.8 TK 21.0C12 81 4 3 ICQ XX XU
2011C1 2011 04 23.88 S 8.6 TK 21.0C12 81 4.7 5 ICQ XX XU
2011C1 2011 04 24.88 S 8.8 TK 21.0C12 81 3.4 4 ICQ XX XU
2011C1 2011 04 26.34 S 9.3 TK 8 B 20 2.5 6 ICQ XX AMO01
comp. stars have V = 8.85 (b-v= 0.47) and V = 9.63 (b-v= 0.79) [AMO01]
2011C1 2011 04 27.34 S 9.4 TK 8 B 20 2 5 ICQ XX AMO01
2011C1 2011 04 28.34 S 9.3 TK 18 L8 57 3 4 ICQ XX AMO01
comp. stars have V = 9.25 (b-v= 0.37) and V = 9.89 (b-v= 0.51) [AMO01]
2011C1 2011 04 30.35 S 9.5 TK 18 L8 57 2 4 ICQ XX AMO01
comp. stars have V = 8.80 (b-v= 0.32) and V = 9.56 (b-v= 0.44) [AMO01]
2011C1 2011 05 02.34 S 9.3 TK 8 B 20 2 5 ICQ XX AMO01
2011C1 2011 05 03.36 S 9.4 TK 8 B 20 2 5 ICQ XX AMO01
comp. stars have V = 8.83 (b-v= 0.53) and V = 9.40 (b-v= 0.35) [AMO01]
2011C1 2011 05 04.35 S 9.6 TK 18 L8 57 2 4 ICQ XX AMO01
2011C1 2011 05 05.34 S 9.5 TK 18 L8 57 2 4 ICQ XX AMO01
2011C1 2011 05 06.35 S 9.5 TK 18 L8 57 2 4 ICQ XX AMO01
comp. stars have V = 9.42 (b-v= 0.48), V = 9.54 (b-v= 0.43) and V = 10.16 (b-v= 0.46) [AMO01]
2010
010 2010 07 05.28 S 9.4 TK 18 L8 57 3 3 ICQ XX AMO01
010 2010 07 06.18 S 9.7:TK 18 L8 57 ICQ XX AMO01
comp. star have V = 9.44 (b-v = 0.31) and V = 10.48 (b-v = 0.50) [AMO01]
010 2010 12 04.43 S[12.8 AU 40.0L 4 144 ! 1.8 ICQ XX YOS04
029 2010 05 01.47 S 11.4 TJ 40.0L 4 75 2.2 3 ICQ XX YOS04
029 2010 05 02.48 S 11.5 TJ 40.0L 4 75 2.2 3 ICQ XX YOS04
029 2010 05 03.46 S 11.3 TJ 40.0L 4 75 2.3 3 ICQ XX YOS04
029 2010 12 04.82 S 14.3 UV 40.0L 4 257 0.5 4 ICQ XX YOS04
065 2010 07 05.30 S 11.5:AU 18 L 8 160 0.5 6 ICQ xx AMO01
065 2010 07 06.15 S 11.5 AU 18 L 8 160 1 6 ICQ xx AMO01
comp. stars have V = 10.72 (ASAS-3) and V = 11.56 (ASAS-3) [AMO01]
81
2010 3 8.12 M 9.3 TK 18 L6
45 4
5 ICQ XX
AMO01
81 2010 3
18.05 S 9.2 TK 18 L6 45
5
5 ICQ XX
AMO01
81 2010
4
3.01 S 9.0 TK 18 L6 45
3
4 ICQ XX
AMO01
81
2010 4 12.05 S 9.1 TK 18 L6
45 3
4 ICQ XX
AMO01
81
2010 4 12.06 S 9.0 TK 8
B
20
ICQ XX AMO01
81
2010 4 13.05 S 8.8 TK 8
B 20 4
4 ICQ XX
AMO01
81
2010 4 13.06 S 9.0 TK 7.6L4
75 3
6 ICQ XX
AMO01
comp. stars have V = 8.87
(b-v= 0.46) and V = 9.35 (b-v= 0.56) [AMO01]
81
2010 4 14.00 S 8.9 TK 18 L6
45 4
4 ICQ XX
AMO01
comp. stars have V = 8.87
(b-v= 0.46) and V = 9.35 (b-v= 0.56) [AMO01]
81
2010 4 16.17 S 8.7 TK 7
B 11 5
5 ICQ XX
AMO01
81
2010 4 17.17 S 8.4 TK 7
B 11 7
5 ICQ XX
AMO01
elongated coma with 2'x4' in
PA 270 using 28-cm SCT f/10 87x
81
2010 4 18.38 S 8.7 TK 7
B 11 5
4 ICQ XX
AMO01
comp. stars have V = 7.66
(b-v= 0.23) and V = 8.87 (b-v= 0.46) for April 16, 17 and 18 [AMO01]
81
2010 4 30.92 S 9.7:TK 18 L6
45
ICQ XX AMO01
comp. stars have V = 9.64
(b-v= 0.37) and V = 9.96 (b-v= 0.20), nebulosity [AMO01]
81
2010 05 01.51 S 9.9 TJ 40.0L 4 36
5.5
7 ICQ
XX YOS04
81
2010 5 1.97 S 9.6 TK 18 L6
45 2
3 ICQ XX
AMO01
comp. stars have V = 9.64
(b-v= 0.37) and V = 9.96 (b-v= 0.20) [AMO01]
81
2010 05 02.50 S 9.9 TJ 40.0L 4 36
6
6 ICQ
XX YOS04
81
2010 5 6.98 S 9.6 TK 18 L6
45 3
4 ICQ XX
AMO01
comp. stars have V = 9.64
(b-v= 0.37) and V = 9.96 (b-v= 0.20) [AMO01]
81
2010 5 9.96 S 9.7 TK 8
B 20 2
4 ICQ XX
AMO01
81
2010 5 13.04 S 9.7 TK 8
B 20 2
4 ICQ XX
AMO01
comp. stars have V = 9.64
(b-v= 0.37) and V = 9.96 (b-v= 0.20) [AMO01]
81
2010 5 16.17 S 10.0 TK 18 L8
60 1
3 ICQ XX
AMO01
comp. stars have V = 9.64
(b-v= 0.37) and V = 9.96 (b-v= 0.20) [AMO01]
103 2010 12 04.78 S 7.6 TJ 40.0L 4 36 11 6 ICQ XX YOS04
103 2010 12 27.99 S 8.3 TK 6 B 20 10 2 ICQ XX SOU01
103 2010 12 31.04 S 8.8 TK 6 B 20 10 2 ICQ XX SOU01
240 2010 12 04.80 S 14.6 UV 40.0L 4 257 0.4 4 ICQ XX YOS04
2007Q3 2010 05 01.48 S
12.4 TA 40.0L 4 144 1.4
4 ICQ
XX YOS04
2007Q3
2010 05 02.49 S 12.4 TA 40.0L 4 144 1.3
4/ ICQ XX
YOS04
2007Q3
2010 05 03.47 S 12.6 TA 40.0L 4 144 1.3
3 ICQ
XX YOS04
2009K5 2010 04 05.07
S 8.1 TK 5.0B 20
2
5 ICQ
XX DIE02
2009K5 2010 04 07.10 S 8.1
TK 5.0B 20 2
5 ICQ
XX DIE02
2009K5 2010 04 09.08 S 8.2
TK 5.0B 20 4
5 ICQ
XX DIE02
2009K5 2010 04 10.07 S 8.1
TK 5.0B 20 4
5 ICQ
XX DIE02
2009K5 2010 4 12.33 S
8.7 TK 8 B 20
3
6 ICQ
XX AMO01
comp. stars have V = 8.70 (b-v= 0.03) and 9.06 (b-v= 0.31),
altitude 17 degrees [AMO01]
2009K5 2010 04
17.11 S 8.1 TK 5.0B 20
6
6 ICQ
XX DIE02
2009K5 2010 04 18.06 S 8.0
TK 5.0B 20 6
6 ICQ
XX DIE02
2009K5 2010 05 01.52 M 8.2 TJ
40.0L 4 36 7
7 ICQ
XX YOS04
2009K5 2010 05 02.52 S 8.5 TJ
40.0L 4 36 7
7 ICQ
XX YOS04
2009K5 2010 05 03.50 S 8.3 TJ
40.0L 4 36 5.5
6/ ICQ XX
YOS04
2009K5 2010 12 04.80 S[14.5 UV 40.0L 4 144 ! 0.7 ICQ XX YOS04
2009O2 2010 4 11.91
[10.4 TK 18 L6
45
ICQ XX AMO01
comp. star have V = 10.41 (b-v= 0.51), altitude 14
degrees [AMO01]
2009R1 2010 4
12.35 S 10.5:TK 18 L6
45
ICQ XX AMO01
comp. stars have V = 10.02 (b-v= 0.56) and 10.90 (b-v=
0.64), altitude 23 degrees [AMO01]
2009R1
2010 4 18.40 S 10.2:TK 7 B
11
ICQ XX AMO01
comp. stars have V = 9.96 (b-v= 0.52) and 10.64 (b-v=
0.43), zodiacal light interference [AMO01]
2009R1
2010 05 01.77 S 10.9 TA 40.0L 4 144 1.5
4 ICQ
XX YOS04
2009R1 2010 5 16.35 M
8.5 TK 8 B 20
5
5 ICQ
XX AMO01
comp. stars have V = 8.51 (b-v= 0.39) and 8.55 (b-v= 0.44)
[AMO01]
P2010H2 2010 05 01.50 S 11.7 TA 40.0L
4 75 1.9
6 ICQ
XX YOS04
P2010H2 2010 05 02.55 S 11.7 TA 40.0L
4 75 1.9
5 ICQ
XX YOS04
2009
22
2009 05 05.81 S 9.9 TK 10 B
25 3
3 ICQ
nn MAT08
22
2009 08 14.55 S 10.5 TK 20 L 6 57
5
2 ICQ
nn MAT08
22
2009 09 20.74 S 10.8 TJ 40.0L 4 75 2.0
3/ ICQ XX
YOS04
81
2009 09 20.80 S 13.7 TA 40.0L 4 144 0.4
6 ICQ
XX YOS04
88
2009 08 14.44 S 10.4 TK 20 L 6 57
4
3 ICQ
nn MAT08
88
2009 09 18.42 S 9.2 TK 10 B
25 4
4 ICQ
nn MAT08
88
2009 09 20.41 S 8.9 TJ 40.0L4 75
3.1 4 ICQ
XX YOS04
88
2009 9 25.92 M 8.9 TK 18 L8
45
3
ICQ XX AMO01
88 2009 9
25.92 M 9.0 TK 8 B
20 3 5
ICQ XX AMO01
88 2009 9
25.93 M 9.0 TK 7.6L4 75
2 5
ICQ XX AMO01
088
2009 09 30.92 S 8.9 TK 10 B
25 3
5 ICQ
XX DES01
088 2009 10 04.93
S 8.7 TK 10 B 25
5
5/ ICQ XX
DES01
088 2009 10 05.92
S 8.7 TK 10 B 25
6
5/ ICQ XX
DES01
088 2009 10 09.92
S 8.6 TK 10 B 25
5
5/ ICQ XX
DES01
088 2009 10 10.92
S 8.6 TK 10 B 25
5
5 ICQ
XX DES01
88
2009 10 11.50 S 8.7 TK 10 B
25 4
4 ICQ
nn MAT08
088
2009 10 12.92 S 8.5 TK 10 B
25 5
4/ ICQ XX
DES01
088 2009 10 13.92
S 8.5 TK 10 B 25
5
4/ ICQ XX
DES01
088 2009 10 14.93
S 8.5 TK 10 B 25
6
4/ ICQ XX
DES01
088 2009 10 15.92
S 8.6 TK 10 B 25
5
4/ ICQ XX
DES01
088 2009 10 16.92
S 8.6 TK 10 B 25
5
4/ ICQ XX
DES01
088 2009 10 21.93
S 8.4 TK 10 B 25
6
4/ ICQ XX
DES01
088 2009 10 24.92
S 8.4 TK 10 B 25
7
5 ICQ
XX DES01
088 2009 10 28.92
S 8.5 TK 10 B 25
6
5 ICQ
XX DES01
088 2009 10 29.92
S 8.6 TK 10 B 25
6
4/ ICQ XX
DES01
088 2009 11 01.93
S 8.6 TK 10 B 25
6
5/ ICQ XX
DES01
088 2009 11 02.92
S 8.7 TK 10 B 25
5
6 ICQ
XX DES01
088 2009 11 03.94
S 8.9 TK 10 B 25
5
6 ICQ
XX DES01
088 2009 11 04.93
S 9.0 TK 10 B 25
5
5/ ICQ XX
DES01
88
2009 11 05.46 S 9.0 TK 10 B
25 4
4 ICQ
nn MAT08
088
2009 11 05.94 S 9.0 TK 10 B
25 5
5/ ICQ XX
DES01
88
2009 11 13.46 S 9.5 TK 10 B
25 4
3 ICQ
nn MAT08
88
2009 11 19.46 S 9.4 TK 10 B
25 4
3 ICQ
nn MAT08
116
2009 03 28.50 S 13.0 HS 28 T 6 84
2
3 ICQ
nn MAT08
118
2009 09 20.76 S[14.3 HS 40.0L 4 257 !
0.3
ICQ XX YOS04
144
2009 01 13.47 S 8.9 TK 10.0B
25 8
2 ICQ
nn MAT08
144
2009 01 15.48 S 8.9 TK 10.0B
25 8
3 ICQ
nn MAT08
144
090115.48 coma enhanced by SWAN band filter [MAT08]
144
2009 01 19.48 S 8.8 TK 10.0B
25 8
3 ICQ
nn MAT08
144
2009 01 24.50 S 8.6 TK 10.0B
25 8
3 ICQ
nn MAT08
144
2009 02 20.46 S 9.4 TK 10.0B
25 6
3 ICQ
nn MAT08
144
2009 03 28.46 S 11.0 TK 28 T 6 84
4
2 ICQ
nn MAT08
169
2009 11 19.46 S [11 TK 10 B
25
ICQ nn MAT08
217
2009 09 20.75 S 10.2 TJ 40.0L 4 36 4.0
7 8 m255 ICQ XX YOS04
217
2009 10 11.67 S 11.0 TK 20 L 6 67
1.5
5 ICQ
nn MAT08
222
2009 09 20.79 S 13.6 HS 40.0L 4 144 0.8
1/ ICQ XX
YOS04
2006OF2 2009 03
28.46 S 12.4 HS 28 T 6 84
1
3 ICQ
nn MAT08
2006W3 2009 08 14.54
S 8.8 TK 20 L 6 57 4
6 ICQ
nn MAT08
2006W3 090814.54 coma well condensed [MAT08]
2006W3
2009 9 14.03 S 8.6 TK 8
B 20 3
5/ ICQ XX AMO01
2006W3 2009 9 14.05 S 9.0 TK
7.6L4 75 2
7 ICQ XX AMO01
2006W3 2009 09 18.43 S 9.0 TK 10
B 25 3
5 ICQ
nn MAT08
2006W3
2009 09 20.44 S 8.7 TJ 40.0L4 36
7.5 7 ICQ
XX YOS04
2006W3 2009 9 25.93 M 9.0 TK
8 B 20 3 5/
ICQ XX AMO01
2006W3 2009 9 25.93 S 8.9 TK
18 L8 45 3 4
ICQ XX AMO01
2006W3 2009 9 25.94 M 9.0 TK
7.6L4 75 2 5
ICQ XX AMO01
2006W3
2009 10 11.51 S 9.3 TK 10 B
25 3
4 ICQ
nn MAT08
2006W3
2009 11 05.46 S 9.8 TK 10 B
25 3
3 ICQ
nn MAT08
2007N3 2009 01 23.32
M 6.7 TK 10.0R6 26 6
5/ ICQ XX
MAN04
2007N3 2009 01 24.71 S 6.7
TK 5 B 10 6
5 ICQ
nn MAT08
2007N3 090124.71 In 25x100mm B, bright disk shaped coma, no
stellar nucleus visible. [MAT08]
2007N3 2009 01 25.71
S 6.7 TK 5 B 10
6
5 ICQ
nn MAT08
2007N3
2009 01 26.71 S 6.7 TK 5 B
10 6
5 ICQ
nn MAT08
2007N3
2009 01 28.71 S 6.5 TK 5 B
10 6
5 ICQ
nn MAT08
2007N3
2009 01 29.71 S 6.5 TK 5 B
10 7
5 ICQ
nn MAT08
2007N3 2009 01 30.32 M 6.7 TK 10.0R6
26 6
5 ICQ
XX MAN04
2007N3
2009 01 30.71 S 6.4 TK 5 B
10 7
5 ICQ
nn MAT08
2007N3 2009 01 31.27 M 6.6 TK 10.0R6
26 7
5 ICQ
XX MAN04
2007N3
2009 01 31.71 S 6.4 TK 5 B
10 7
5 ICQ
nn MAT08
2007N3
2009 02 01.73 S 6.3 TK 5 B
10 7
5 ICQ
nn MAT08
2007N3
2009 02 02.73 S 6.3 TK 10 B
25 7 5 20m 285 ICQ nn
MAT08
2007N3 090202.73 Hint of antitail in PA110 [MAT08]
2007N3 2009 02 03.73
S 6.2 TK 5 B 10
8
5 ICQ
nn MAT08
2007N3
2009 02 04.67 S 6.1 TK 5 B
10 9
5 ICQ
nn MAT08
2007N3 2009 02 07.24 M 6.2 TK 10.0R6
26 9
5 ICQ
XX MAN04
2007N3
2009 02 18.29 M 5.5 TK 5.2B
7 12
5 ICQ
XX MAN04
2007N3
2009 02 19.28 M 5.4 TK 5.2B
7 12
5 ICQ
XX MAN04
2007N3
2009 02 20.29 M 5.4 TK 5.2B
7 15
5 ICQ
XX MAN04
2007N3
2009 02 20.52 S 5.0 TK 5 B
10 20
5 ICQ
nn MAT08
2007N3
2009 02 21.54 S 4.9 TK 5 B
10 18
5 ICQ
nn MAT08
2007N3
2009 02 21.54 S 4.9 TK 10 B 25
20 5 30m 112 ICQ nn MAT08
2007N3 2009 02 21.54
S 5.0 TK 0.7E 1
20
5 ICQ
nn MAT08
2007N3 090221.54 starlike cental condensation visible. CCD
image displays tail 1.7 degrees in PA 112. [MAT08]
2007N3 2009 02 23.62
S 4.9 TK 5 B 10
20
5 ICQ
nn MAT08
2007N3
2009 02 23.62 S 5.1 TK 0.7E
1 20
5 ICQ
nn MAT08
2007N3
2009 02 28.46 S 5.2 TK 5 B
10 20 5 1.0 110 ICQ nn MAT08
2007N3 2009 03 15.42
S 7.0 TK 5 B 10
10
4 ICQ
nn MAT08
2007N3
2009 03 17.44 S 7.2 TK 5 B
10 8
4 ICQ
nn MAT08
2007N3
2009 03 23.42 S 7.8 TK 10 B
25 6
3 ICQ
nn MAT08
2007N3 2009 09 20.78 S[13.6 UV 40.0L 4 144 !
0.7
ICQ XX YOS04
2007Q3
2009 01 24.52 S 11.9 TK 20 L 6 67
1
5 ICQ
nn MAT08
2007Q3
2009 02 24.48 S 11.8 TK 20 L 6 67
1
5 ICQ
nn MAT08
2007Q3
2009 03 28.47 S 11.5 TK 28 T 6 84
1
6 ICQ
nn MAT08
2008N1
2009 09 20.43 S[13.8 TA 40.0L 4 144 !
0.3
ICQ XX YOS04
2008P1 2009 09 20.48 S[14.2 TA
40.0L 4 257 !
0.5
ICQ XX YOS04
2008Q3
2009 04 21.54 S 9.6 TK 20 L 6 57
3
3 ICQ
nn MAT08
2008Q3 090421.54 coma 5' through SWAN band filter. Comet 4
mags brighter than predicted. [MAT08]
2008Q3 2009 05 05.79 S
8.0 TK 5 B 7
7
4 ICQ
nn MAT08
2008Q3 090505.79 Bright and large. Predicted magnitude 13.4
[MAT08]
2008Q3
2009 05 13.43 S 7.6 TK 5
B 7 8
4 ICQ
nn MAT08
2008Q3 090513.43 In 25x100mm B, comet Garradd easily
outshines galaxy NGC6744 2 degrees to the north. [MAT08]
2008Q3 2009 05 17.37
S 7.5 TK 5 B 10
9
4 ICQ
nn MAT08
2008Q3
2009 05 25.44 S 7.7 TK 5 B
10 8
4 ICQ
nn MAT08
2008Q3
2009 05 26.50 S 7.6 TK 5 B
10 8
4 ICQ
nn MAT08
2008Q3 090526.50 In a 30 inch telescope, coma appears
assymetrical [MAT08]
2008Q3 2009 05 27.44 S 7.6 TK 5
B 10 9
4 ICQ
nn MAT08
2008Q3
2009 06 10.37 S 7.6 TK 5 B
10 9
4 ICQ
nn MAT08
2008Q3 090610.37 More condensed than the larger NGC5128 thus
easier to see but still apparently fainter. [MAT08]
2008Q3 090610.37 NB.
NGC 5128 not used as comparison. [MAT08]
2008Q3 2009 06 14.39 S
7.7 TK 5 B 10
9
4 ICQ
nn MAT08
2008Q3
2009 06 24.42 S 7.5 TK 5 B
10 9
4 ICQ
nn MAT08
2008Q3
2009 08 14.43 S 10.3 TK 20 L 6 57
4
4 ICQ
nn MAT08
2008Q3 090814.43 zodiacal light interference [MAT08]
2008T2 2009 06 14.37 S
8.9 TK 20 L 6 57 5
4 ICQ
nn MAT08
2008T2 090614.37 coma enhanced by SWAN band filter [MAT08]
2008T2 2009 08 14.42
S [11 TK 20 L 6
57
ICQ nn MAT08
2009E1 2009 03 17.42 S
10.0 TK 10 B 25 2
3 ICQ
nn MAT08
2009E1 090317.42 8 degrees altitude [MAT08]
2009G1 2009 05 05.80 S
9.3 TK 10 B 25 4
5 ICQ
nn MAT08
2009G1
2009 06 14.38 S 9.5 TK 20 L 6 57
6
2 ICQ
nn MAT08
2008/2007
2 2007 05 10.83 S
8.3 TK 10.0B 25 4
4 ICQ
nn MAT08
6 2008 08 22.41 S
8.9 TK 5.0B 10 9
2 ICQ
nn MAT08
6 2008 09 17.43 S
9.2 TK 10.0B 25 6
2 ICQ
nn MAT08
6 2008 10 16.48 S
9.2 TK 20.0L 6 45 8
2 ICQ
nn MAT08
6 2008 10 22.48 S
9.2 TK 10.0B 25 8
2 ICQ
nn MAT08
6 2008 10 27.47 S
9.0 TK 10.0B 25 8
2 ICQ
nn MAT08
7 2008 10 16.48 S
13.0:HS 20.0L 6 160 2
3 ICQ
nn MAT08
8 2007 12 27.50 S
6.0:TK 10.0B 25 10
3 ICQ
nn MAT08
8 2007 12 30.48 S
5.9 TK 4.0B 8 16
4 ICQ
nn MAT08
8 2008 01 01.49 S
5.9 TK 4.0B 8 15
5 ICQ
nn MAT08
8 2008 01 04.48 S
5.7 TK 4.0B 8 20
5 ICQ
nn MAT08
8 2008 01
04.48 5.5 TK 0.0E
1
ICQ nn MAT08
8 2008 01 06.49 S
5.7 TK 4.0B 8 18
4 ICQ
nn MAT08
8 2008 01 10.49 S
5.9 TK 4.0B 8 14
4 ICQ
nn MAT08
8 2008 01 11.55 S
6.0 TK 4.0B 8 14
4 ICQ
nn MAT08
8 2008 01 14.50 S
6.0 TK 4.0B 8 13
4 ICQ
nn MAT08
8 2008 01 27.46 S
6.5 TK 4.0B 8 11
5 ICQ
nn MAT08
8 2008 01 31.46 S
6.8 TK 4.0B 8 10
5 ICQ
nn MAT08
8 2008 02 02.51 S
7.0 TK 4.0B 8
9
4 ICQ
nn MAT08
8 2008 02 18.50 S
7.7 TK 10.0B 25 6
4 ICQ
nn MAT08
8 2008 02 25.44 S
7.6 TK 4.0B 8
6
4 ICQ
nn MAT08
8 2008 02 29.44 S
7.5 TK 4.0B 8
7
5 ICQ
nn MAT08
8 2008 03 03.44 S
7.5 TK 4.0B 8
7
4 ICQ
nn MAT08
8 2008 03 07.44 S
7.8 TK 4.0B 8
6
4 ICQ
nn MAT08
8 2008 03 31.43 S
8.9 TK 20.0L 6 67 5
4 ICQ
nn MAT08
8 2008 04 02.41 S
8.9 TK 10.0B 25 6
4 ICQ
nn MAT08
8 2008 04 06.44 S
9.2 TK 10.0B 25 6
4 ICQ
nn MAT08
8 2008 04 08.42 S
9.1 TK 10.0B 25 6
4 ICQ
nn MAT08
8 2008 04 10.46 S
9.2 TK 10.0B 25 5
4 ICQ
nn MAT08
8 071227.50
First observation, altitude of three degrees. [MAT08]
8 080104.48
observed with the naked eye simultaneously with 17P [MAT08]
8 080225.44
observaion made prior to moonrise. Brighter than expected. [MAT08]
17 2007
11 10.62 2:TK
5.0B 7 20
4 ICQ
nn MAT08
17
2007 12 07.52 3.5:TK
5.0B 7 50
1 ICQ
nn MAT08
17
2007 12 27.50 S 4:TK 10.0B
25 60 1
1.5 ICQ nn MAT08
17
2008 01 01.49 S 4:TK
4.0B 8 60 1
1.3 ICQ nn MAT08
17
2008 01 04.48 3.5:TK
0.0E 1 60
1 ICQ
nn MAT08
17
071110.62 comet altitude three degrees. [MAT08]
17
071207.52 in 25x100mm B, observable streak running through centre of
coma. [MAT08]
29
2008 12 27.58 S 12.0:TK 28.0T 6 84
1
4 ICQ
nn MAT08
46
2007 12 07.52 S 10.8 TK 10.0B 25
4
3 ICQ
nn MAT08
46
2007 12 27.50 S 9.9 TK 10.0B
25 4
3 ICQ
nn MAT08
46
2008 01 01.48 S 9.7 TK 10.0B
25 4
3 ICQ
nn MAT08
46
2008 01 04.49 S 9.5 TK 20.0L 6 46
4
4 ICQ
nn MAT08
46
2008 01 27.46 S 9.4 TK 10.0B
25 3
3 ICQ
nn MAT08
144
2008 12 24.54 S 9.1 TK 10.0B
25 7
3 ICQ
nn MAT08
144
2008 12 27.54 S 8.8 TK 5.0B
10 8
3 ICQ
nn MAT08
144
2008 12 28.54 S 9.0 TK 7.0B
15 7
3 ICQ
nn MAT08
2005YW 2007 04 17.49 S
12.5 AU 38.0L 6 80 1.5
3 ICQ
nn MAT08
2006P1 2007 01 14.40
B -5: 0.0E
1 1
9 ICQ
nn MAT08
2006P1
2007 01 16.41 B -3:
5.0B 7 1
9 ICQ
nn MAT08
2006P1
2007 01 17.41 B -2:
5.0B 7 1
9 ICQ
nn MAT08
2006P1
2007 01 22.47 !B 0.3 TK 0.0E
1 9 25
150 ICQ nn MAT08
2006P1
2007 01 23.47 !B 1.0 TK 0.0E
1 9
35 ICQ nn MAT08
2006P1 2007 01 24.47
B 1.5 TK 0.0E
1 9
20 ICQ nn MAT08
2006P1 2007 01 25.47
B 1.8 TK 0.0E
1 9 20
145 ICQ nn MAT08
2006P1
2007 01 29.48 B 2.4 TK 0.0E
1 9 15
150 ICQ nn MAT08
2006P1
2007 01 30.48 B 2.8 TK 0.0E
1 9 15
150 ICQ nn MAT08
2006P1
2007 02 03.49 B 3.6 TK 5.0B
7 5
8 ICQ
nn MAT08
2006P1
2007 02 04.49 B 3.8 TK 5.0B
7 5 8 3 150
ICQ nn MAT08
2006P1
2007 02 06.49 B 4.0 TK 5.0B
7 5
8 ICQ
nn MAT08
2006P1
2007 02 08.49 B 4.2 TK 5.0B
7 5
8 ICQ
nn MAT08
2006P1
2007 02 09.50 B 4.3 TK 5.0B
7
8 ICQ
nn MAT08
2006P1
2007 02 20.50 B 5.5 TK 5.0B
7
8 ICQ
nn MAT08
2006P1
2007 03 01.50 B 7.1 TK 10.0B
25 3
7 ICQ
nn MAT08
2006P1
2007 04 10.49 S 9.0 TK 10.0B
25 5
4 ICQ
nn MAT08
2006P1
2007 04 17.51 S 9.2 TK 10.0B
25 5
4 ICQ
nn MAT08
2006P1 070114.40 Daylight naked eye observation, 7 minutes
prior to sunset. [MAT08]
2006P1 070116.41 Observation made in binoculars just after
sunset [MAT08]
2006P1 070117.41 Observation through binoculars 15 minutes
after sunset. [MAT08]
2006P1 070123.47 The dust tail arches over alpha grus and
ends near Fomalhaut [MAT08]
2006P1 070124.47 moonlight starting to affect view of tail
[MAT08]
2006P1 070204.49 Tail appears as V shape [MAT08]
2006P1 070301.50
Moonlight interference [MAT08]
2006Q1
2008 02 29.45 S 11.9 TK 28.0T 6 84 1.5
5 ICQ
nn MAT08
2006Q1
2008 03 07.49 S 11.6 TK 28.0T 6 84 1.5
5 ICQ
nn MAT08
2006Q1
2008 05 08.48 S 11.3 TK 20.0L 6 57
2
5 ICQ
nn MAT08
2006VZ132007 08 30.40 S
10.5:TK 10.0B 25 2
3 ICQ
nn MAT08
2006VZ132007 09
05.40 S 11.0:TK 10.0B 25
2
3 ICQ
nn MAT08
2007E1 2007 04 10.48
S 9.4 TK 10.0B 25
7
2 ICQ
nn MAT08
2007E1
2007 04 17.48 S 10.0 TK 10.0B 25
6
1 ICQ
nn MAT08
2007E2 2007 04 17.81
S 8.1 TK 10.0B 25
7
4 ICQ
nn MAT08
2007F1 2007 11 05.42
S 6.0 TK 10.0B 25
3
7 ICQ
nn MAT08
2007F1
2007 11 06.42 S 6.7 TK 10.0B
25 3
6 ICQ
nn MAT08
2007F1
2007 11 07.42 S 7.4 TK 10.0B
25 3
6 ICQ
nn MAT08
2007F1
2007 11 08.42 S 7.4 TK 10.0B
25 3
6 ICQ
nn MAT08
2007F1
2007 11 10.43 S 7.6 TK 10.0B
25 3
6 ICQ
nn MAT08
2007F1
2007 11 11.43 S 7.8 TK 10.0B
25 3
6 ICQ
nn MAT08
2007F1
2007 11 13.43 S 8.3 TK 10.0B
25 2
5 ICQ
nn MAT08
2007F1 071107.42 exhibiting rapid fading. [MAT08]
2007F1 071108.42
?brightness surge from rapid decline [MAT08]
2007G1 2008 07 04.42 S 12.0 TK
20.0L 6 57 2
3 ICQ
nn MAT08
2007N3 2008 07 04.54 S
12.0 TK 20.0L 6 57 1
5 ICQ
nn MAT08
2007N3
2008 09 17.42 S 10.0 TK 10.0B 25
4
3 ICQ
nn MAT08
2007N3
2008 10 16.47 S 9.3 TK 10.0B
25 5
3 ICQ
nn MAT08
2007N3
2008 10 22.47 S 9.0 TK 10.0B
25 5
3 ICQ
nn MAT08
2007N3
2008 10 27.47 S 9.0 TK 10.0B
25 5
3 ICQ
nn MAT08
2007N3 081027.47 comet altitude ten degrees. zodiacal light
interference [MAT08]
2007Q3
2008 12 28.58 S 11.8 TK 30.0L 6 150 0.5
7 ICQ
nn MAT08
2007T1 2007 10 12.43 S
11.3 TK 28.0T 6 55 3
3 ICQ
nn MAT08
2007T1
2007 10 14.43 S 11.1 TK 28.0T 6 55
3
3 ICQ
nn MAT08
2007T1
2007 10 30.44 S 10.4 TK 28.0T 6 55
3
4 ICQ
nn MAT08
2007T1
2007 11 05.43 S 9.9 TK 10.0B
25 3
4 ICQ
nn MAT08
2007T1
2007 11 13.43 S 9.5 TK 10.0B
25 3
4 ICQ
nn MAT08
2007T1
2007 12 28.46 S 9.0:TK 10.0B
25 3
4 ICQ
nn MAT08
2007T1
2008 01 01.48 S 9.0:TK 10.0B
25 3
4 ICQ
nn MAT08
2007T1
2008 01 02.48 S 8.5 TK 20.0L 6 57
4
5 ICQ
nn MAT08
2007T1
2008 01 06.48 S 8.6 TK 20.0L 6 46
4
5 ICQ
nn MAT08
2007T1
2008 01 10.48 S 8.4 TK 10.0B
25 4
5 ICQ
nn MAT08
2007T1
2008 01 11.56 S 8.6 TK 20.0L 6 84
3
5 ICQ
nn MAT08
2007T1
2008 01 27.47 S 8.8 TK 10.0B
25 5
4 ICQ
nn MAT08
2007T1
2008 02 02.49 S 9.0 TK 20.0L 6 46
5
3 ICQ
nn MAT08
2007T1
2008 02 29.44 S 11.5:TK 20.0L 6 84
2
2 ICQ
nn MAT08
2007T1
2008 03 07.45 S 11.0 TK 20.0L 6 57
3
1 ICQ
nn MAT08
2007T1 071228.46 comet at three degrees altitude [MAT08]
2007T1 080101.48 comet
at six degrees altitude [MAT08]
2007T1 080102.48 brighter than expected [MAT08]
2007T1 080307.45 comet
has become very diffuse. [MAT08]
2007W1
2008 03 07.50 S 12.5 AU 28.0T 6 85
1
3 ICQ
nn MAT08
2007W1
2008 03 31.44 S 10.4 TK 20.0L 6 67
4
2 ICQ
nn MAT08
2007W1
2008 04 02.40 S 10.1 TK 10.0B 25
4
2 ICQ
nn MAT08
2007W1
2008 04 06.42 S 9.7 TK 10.0B
25 5
2 ICQ
nn MAT08
2007W1
2008 04 08.41 S 9.5 TK 10.0B
25 6
2 ICQ
nn MAT08
2007W1
2008 04 10.45 S 9.5 TK 10.0B
25 6
2 ICQ
nn MAT08
2007W1
2008 04 24.40 S 8.5 TK 10.0B
25 9
2 ICQ
nn MAT08
2007W1
2008 04 28.39 S 8.0 TK 10.0B 25
12
2 ICQ
nn MAT08
2007W1
2008 05 03.42 S 7.2 TK 5.0B
7 14
3 ICQ
nn MAT08
2007W1
2008 05 05.44 S 6.9 TK 5.0B
7 16
3 ICQ
nn MAT08
2007W1
2008 05 08.46 S 6.7 TK 5.0B
7 17
3 ICQ
nn MAT08
2007W1
2008 05 21.37 S 5.8 TK 4.0B
8 15
4 ICQ
nn MAT08
2007W1
2008 05 23.37 S 5.4 TK 5.0B
7 17
4 ICQ
nn MAT08
2007W1
2008 05 24.39 S 5.3 TK 4.0B
8 18
4 ICQ
nn MAT08
2007W1
2008 05 24.39 5.3 TK
0.0E
1
ICQ nn MAT08
2007W1
2008 05 27.39 S 5.2 TK 5.0B
7 18
4 ICQ
nn MAT08
2007W1
2008 05 28.39 S 5.2 TK 5.0B
7 18
4 ICQ
nn MAT08
2007W1
2008 05 28.39 5.5 TK
0.0E
1
ICQ nn MAT08
2007W1
2008 05 29.39 S 5.2 TK 5.0B
7 17
3 ICQ
nn MAT08
2007W1
2008 06 02.42 S 4.9 TK 5.0B
7 20
4 ICQ
nn MAT08
2007W1
2008 06 14.37 S 4.5:TK 5.0B
7 15
4 ICQ
nn MAT08
2007W1
2008 07 04.81 5.2 TK
0.0E
1
ICQ nn MAT08
2007W1
2008 07 04.81 S 5.3 TK 5.0B
7 15
5 ICQ
nn MAT08
2007W1
2008 07 04.81 S 5.3 TK 10.0B 25
15 5 2.0 240 ICQ nn MAT08
2007W1 080521.37 full
moon interference [MAT08]
2007W1 080523.37 before moonrise. Observed with the naked
eye. [MAT08]
2007W1 080614.37 moonlight interference, comet at low
elevation [MAT08]
2008A1 2008 02 29.44 S
14.0 HS 28.0T 6 196 0.5
3 ICQ
nn MAT08
2008A1
2008 03 07.49 S 13.2 AU 28.0T 6 196 0.5
4 ICQ
nn MAT08
2008A1
2008 06 25.39 S 9.5 TK 10.0B
25 4
4 ICQ
nn MAT08
2008A1
2008 07 04.40 S 8.9 TK 20.0L 6 57
4
4 ICQ
nn MAT08
2008A1
2008 08 22.40 S 6.6 TK 5.0B
10 7
7 ICQ
nn MAT08
2008A1
2008 08 26.40 S 6.6 TK 5.0B
10 7
7 ICQ
nn MAT08
2008A1
2008 09 02.44 S 6.6 TK 5.0B
10 7
6 ICQ
nn MAT08
2008A1
2008 09 17.41 S 7.1 TK 5.0B
10 5
5 ICQ
nn MAT08
2008A1
2008 09 26.42 S 7.0 TK 5.0B
10 5
5 ICQ
nn MAT08
2008A1
2008 10 16.46 S 7.3 TK 5.0B
10 5
6 ICQ
nn MAT08
2008A1
2008 10 22.47 S 7.5 TK 10.0B
25 5
6 ICQ
nn MAT08
2008A1
2008 10 27.46 S 7.7 TK 10.0B
25 4
6 ICQ
nn MAT08
2008A1 081027.46 twilight. last observation [MAT08]
2006
41
2006 07 20.39 S 11.0:TK 20 L 6 92
3
3 ICQ
nn MAT08
41
2006 07 21.40 S 10.7 TK 20 L 6 92
3.5
3 ICQ
nn MAT08
71
2006 05 27.56 S 11.6 TK 28 T10 133 2.5
4 ICQ
nn MAT08
71
2006 07 20.60 S 10.8 TK 20 L 6 62
3.0
5 ICQ
nn MAT08
71
2006 09 23.42 S 13.4 AU 28 T10 133
2
2 ICQ
nn MAT08
177
2006 07 20.46 S 9.0:TK 10 B 25
15
2 ICQ
nn MAT08
177
2006 07 21.42 S 9.2 TK 10 B
25 10
2 ICQ
nn MAT08
177
060720.46 very large coma but considerably diffuse. Slight central
condensation through 40cm L [MAT08]
177
060721.42 appears slightly less conspicuous than previous observation
[MAT08]
2006A1 2006 01 06.52 S
10.5 TK 20 L 6 50 3.0
4 ICQ
nn MAT08
2006A1
2006 01 23.50 S 7.9 TK 10 B
25 3.0
5 ICQ
nn MAT08
2006A1
2006 01 28.48 S 7.3 TK 5
B 7 3.0
5 ICQ
nn MAT08
2006A1
2006 01 29.48 S 7.2 TK 5
B 7 3.0
5 ICQ
nn MAT08
2006A1
2006 02 07.76 S 6.1 TK 10 B
25 4.5 6 50m 205 ICQ nn MAT08
2006A1 2006 02 28.77
S 5.4 TK 10 B 25 5.0
6 5.0 260 ICQ nn MAT08
2006A1 060128.48 low elevation
[MAT08]
2006A1 060228.77 photo reveals >8 degree tail [MAT08]
2006M4 2006 07 20.37 S 11.0:TK
10 B 25 2
3 ICQ
nn MAT08
2006M4
2006 07 21.37 S 10.5 TK 10 B
25 3
3 ICQ
nn MAT08
2006M4 060720.37 very low elevation, twilight interference
[MAT08]
2006L2 2006 07 20.49 S
12.4 TK 20 L 6 92 1.5
2 ICQ
nn MAT08
2006L2
2006 07 21.40 S 12.6 TK 20 L 6 92
1.5
3 ICQ
nn MAT08
2006P1 2006 09 22.44 S
13.1 AU 28 T10 133 2
1 ICQ
nn MAT08
2006P1
2006 09 23.44 S 13.3 AU 28 T10 133 1.5
1 ICQ
nn MAT08
2006P1
2006 10 10.44 S 12.5 AU 28 T10 133 2.5
2 ICQ
nn MAT08
2005
9 2005 04 08.64 S 12.0
TK 38 L 5 75 1.5 5 5 m
240 ICQ nn MAT08
9 2005 05 12.44 S 10.8
TK 10 B 25 3.5
4 ICQ
nn MAT08
9 2005 07 04.56 S 10.5
TK 10 B 25 4.0
4 ICQ
nn MAT08
21
2005 05 12.83 S 11.5:TK 10 B
25 2
3 ICQ
nn MAT08
21
2005 10 11.73 S 13.2 HS 28 T10 133 1.0
4 ICQ
nn MAT08
37
2005 07 04.54 S 11.5 TK 38 L 6 70
2.5
3 ICQ
nn MAT08
2003K4 2005 01 06.54
S 7.6 TK 5 B 7
6
4 ICQ
nn MAT08
2003K4 050106.54 In 38cm reflector, dust tail >20' long
in PA 105 with stellar mag 12 nucleus visible. [MAT08]
2003T4 2005 04 08.81 S
7.7 TK 10 B 25 4
5 ICQ
nn MAT08
2003T4
2005 05 12.81 S 8.4 TK 10 B
25 3
6 ICQ
nn MAT08
2003T4 050408.81 In 30cm reflector, ion tail >30' in PA
240, dust tail 15' long fanning out towards PA 315 [MAT08]
2004B1 2005 09 30.72 S 12.2 TK
28 T10 133 1.5
3 ICQ
nn MAT08
2004B1
2005 10 02.59 S 12.4 TK 28 T10 133 1.5
2 ICQ
nn MAT08
2004B1
2005 10 11.72 S 12.0 TK 28 T10 133 1.5
3 ICQ
nn MAT08
2004B1
2005 10 27.50 S 11.7 TK 28 T10 133 2.0
3 ICQ
nn MAT08
2004Q2 2005 01
06.48 3.6 TK 0.7E
1 25
5 ICQ
nn MAT08
2004Q2 050106.48 Pleiades cluster used for coma measurement.
In 25x100mm Binoculars, coma diameter is 22', ion tail
is
>3 degrees in PA 70, dust tail >1 degree in PA 175. [MAT08]
2004V13 2005 01 06.47 S 12.1 HS
38 L 5 75 2
1 ICQ
nn MAT08
2004V13
050106.47 Extremely diffuse, at 14 degrees altitude, twilight
interference. CCD image displays no
central
condensation to 17th magnitude [MAT08]
2005A1
2005 03 05.58 S 8.1 TK 10 B
25 4 4 20 m 200 ICQ nn MAT08
2005A1 2005 03 08.48
S 8.2 TK 10 B 25
4
4 ICQ
nn MAT08
2005A1
2005 04 12.82 S 7.8:TK 10 B
25 3
4 ICQ
nn MAT08
2005A1
2005 05 12.82 S 8.9 TK 10 B
25 3
4 ICQ
nn MAT08
2005A1 050305.58 Comet is much brighter than anticipated and
displays a faint ion tail. The comet is an easy
object
through 7x50mm binoculars [MAT08]
2005A1 050308.48 coma slightly enhanced with a SWAN band
filter [MAT08]
2005A1 050412.82 At 5 degrees altitude [MAT08]
2005K2 2005 06 27.40 S
9.7 TK 10 B 25 3
3 ICQ
nn MAT08
2005K2
2005 08 01.84 [16.0 NO 28 T
3
ICQ nn MAT08
2005K2 050627.40 In 38cm L, no stellar nucleus observed.
Component B not visible. Observation at 13 degrees [MAT08]
2005K2 050801.84 On
August 1 at 20:10UT, a CCD image taken at the expected location of
C/2005 K2 LINEAR reveals
no
object brighter than 16th magnitude. This indicates that the comet has
not survived perihelion.
Its
apparent fading as it approached perihelion (July 5th) was a strong
indication that survival
was
unlikely. [MAT08]
2005E2 2005 07 04.60 S
12.9 AU 38 L 6 70 0.5
7 ICQ
nn MAT08
2005E2
2005 07 30.52 S 12.5 AU 38 L 6 70
1.0
7 ICQ
nn MAT08
2005E2
2005 10 02.46 S 11.6 TK 28 T10 133 1.0
6 ICQ
nn MAT08
2005E2
2005 10 27.51 S 11.1 TK 28 T10 133 1.0
6 ICQ
nn MAT08
2005E2 050704.60 In close proximity to magnitude 14.8 star
[MAT08]
P2005JQ5 2005 06 27.41 S 10.0:TK
10 B 25 &10
0 ICQ
nn MAT08
P2005JQ5
050627.41 large but extremely diffuse. barely detectable. [MAT08]
2004
29
2004 10 09.47 S 11.9 TK 38 L 5 150 0.5
7 ICQ
nn MAT08
29
2004 11 16.50 S 11.9 TK 38 L 5 75
2
3 ICQ
nn MAT08
29
041009.47 new outburst [MAT08]
32
2004 11 16.60 S 14.0 HS 38 L 5 75
0.5
6 ICQ
nn MAT08
78
2004 10 09.61 S 12.0 TK 38 L 5 150
2
3 ICQ
nn MAT08
78
2004 11 16.53 S 10.1 TK 10 B
25 2
6 ICQ
nn MAT08
78
041116.53 surprisingly bright. In 38cm reflector, a bright stellar
nucleus is visible with a short tail in PA280 [MAT08]
2001Q4 2004 01 23.50 S
9.0 TK 10 B 25 3
6 ICQ
nn MAT08
2001Q4
2004 02 20.48 S 7.8 TK 5
B 7 5
5 ICQ
nn MAT08
2001Q4
2004 02 28.58 S 7.5 TK 5
B 7 5
5 ICQ
nn MAT08
2001Q4
2004 03 09.44 S 7.4:TK 10 B
25 5
5 ICQ
nn MAT08
2001Q4
2004 03 12.44 S 7.2 TK 10 B
25 6
5 ICQ
nn MAT08
2001Q4
2004 03 16.49 S 6.9:TK 10 B
25 6
5 ICQ
nn MAT08
2001Q4
2004 03 19.44 S 6.7 TK 10 B
25 7
5 ICQ
nn MAT08
2001Q4
2004 03 20.45 S 6.6 TK 5
B 7 7
5 ICQ
nn MAT08
2001Q4
2004 03 27.45 S 6.1 TK 5
B 7 7
5 ICQ
nn MAT08
2001Q4
2004 04 15.48 S 4.8 TK 5
B 7 11 6
1.8 165 ICQ nn MAT08
2001Q4 2004 04 15.48 S 4.9 TK 0.7
E 1
5 ICQ
nn MAT08
2001Q4
2004 04 16.48 S 4.7 TK 5
B 7 11 6
2.0 162 ICQ nn MAT08
2001Q4 2004 04 17.50 S 4.6 TK 5
B 7 12 6
3.0 160 ICQ nn MAT08
2001Q4 2004 04 26.48 S 4.2:TK 5
B 7 13 6
>2.0 140 ICQ nn MAT08
2001Q4 2004 05 01.50 I 3.6 TK
0.7E 1
6 ICQ
nn MAT08
2001Q4
2004 05 02.44 I 3.5 TK 0.7E
1
6 ICQ
nn MAT08
2001Q4
2004 05 04.46 I 3.4 TK 0.7E
1
6 ICQ
nn MAT08
2001Q4
2004 05 06.46 I 3.1 TK 0.7E
1
6 ICQ
nn MAT08
2001Q4
2004 05 07.40 I 2.8 TK 0.7E
1 25 6 >3.0 110 ICQ nn MAT08
2001Q4 2004 05 08.44
I 2.8 TK 0.7E 1
25 6 >4.0 110 ICQ nn MAT08
2001Q4 2004 05 10.40
I 3.1 TK 0.7E 1
20
6 ICQ
nn MAT08
2001Q4 031213.50 Light pollution moderate [MAT08]
2001Q4 040220.48 In
25x100mm B, a 10' dust? tail is visible in PA 90. Coma slightly enhanced
with a swan band filter.
A
CCD image reveals an ion tail >24' long in PA 158 and a small
starlike condensation of 12th magnitude.[MAT08]
2001Q4 040228.58
observed after moonset. 15 degrees elevation [MAT08]
2001Q4 040309.44
moderate light pollution, moderate enhancement with a swan band filter.
[MAT08]
2001Q4 040316.49 moderate light pollution [MAT08]
2001Q4 040319.44 CCD
image reveals >30' ion tail in PA 175 [MAT08]
2001Q4 040327.45 In
25x100mm B, >1 degree of tail visible. [MAT08]
2001Q4 040426.48
Moderate light pollution [MAT08]
2001Q4 040501.50 Moonlight 85% [MAT08]
2001Q4 040502.44
Moonlight 92% [MAT08]
2001Q4 040504.46 Moonlight 100%. In 7x50B, coma diameter
~15' with short tail in PA 120.[MAT08]
2001Q4 040506.46 Moonlight 96%
[MAT08]
2001Q4 040507.40 Observation made prior to moonrise. Milky
way interference. A beautiful view through 25x100mm B with
star clusters M47/M46 in same field of view [MAT08]
2001Q4 040508.44
Adjacent to Alpha Mon, In 7x50 B ion tail length > 8 degrees. A
magnificent view through 25x100mm B.
Excellent conditions, comet at 50 deg altitude. Nucleus appears stellar
with a triangular shaped dust
wave forward of the core. Coma appears 25' in size and is blue-green in
colour. A long, faint strand
of ion tail is traceable between NGC 2506 and NGC 2539 out to at least 8
degrees. The rather faint
Type II dust tail appears broad with slight curvature towards the south
and is over 2 degrees in
length in PA 130. A very faint type III dust fan spreads in PA 185
along the orbit of the comet.[MAT08]
2001Q4 040510.40 Faint tail
visually. In 25x100mm B, coma diameter is 22' wide, ion tail is >5
degrees in PA 108, with
2 degree dust tail arching southward of the ion tail. [MAT08]
2002T7
2004 04 16.80 !B 4.3 TK 5 B
7 &5 8 2.5 256 ICQ nn
MAT08
2002T7
2004 05 07.83 I 3.6 TK 0.7E
1
6 ICQ
nn MAT08
2002T7
2004 05 14.83 I 2.6:TK 0.7E
1 25 6 >4.0 213 ICQ nn MAT08
2002T7 2004 05 18.38
I 2.5 TK 0.7E 1
30 5 >2.0 162 ICQ nn MAT08
2002T7 2004 05 19.38
I 2.8 TK 0.7E 1
30
5 ICQ
nn MAT08
2002T7 040507.83 Moonlight 88%, iota & eta Ceti used as
comparisons. [MAT08]
2002T7 040514.83 13 degrees above morning horizon.
Correction for atmospheric extinction not applied. Moonlight 17%. A
spectacular view through 25x100mm B, the coma lacks a stellar nucleus
as evident in 2001 Q4. [MAT08]
2002T7 040518.38 15 degrees above evening horizon.
Correction for atmospheric extinction not applied. Tail appears to
have lost intensity since last observation on May 14.83 UT [MAT08]
2002T7 040519.38 hazy
conditions. Similar to beta Lepus in magnitude. [MAT08]
2003H1
2004 01 23.69 S 12.8 TK 28 T10 133
1
4 ICQ
nn MAT08
2003H1
2004 02 20.69 S 12.1 TK 28 T10 133
1
4 ICQ
nn MAT08
2003H1
2004 02 28.60 S 11.7 TK 28 T10 133
1
4 ICQ
nn MAT08
2003H1 040220.69 CCD image reveals dust tail fanning out
from PA 10 to PA 49 and is >10' in length. [MAT08]
2003K4 2004 11 06.73 S
7.2 TK 10 B 25 4.0
4 ICQ
nn MAT08
2003K4
2004 11 16.69 S 7.2 TK 10 B
25 4
4 ICQ
nn MAT08
2003K4
2005 01 06.54 S 7.6 TK 5
B 7 6
4 ICQ
nn MAT08
2003K4 041116.69 In 38cm reflector, ion tail >30' long in
PA 270 and prominent antitail >20' long in PA 55. [MAT08]
2003K4 050106.54 In
38cm reflector, dust tail >20' long in PA 105 with stellar mag 12
nucleus visible. [MAT08]
2004H6
2004 05 14.39 S 7.8:TK 10 B
25 3
7 ICQ
nn MAT08
2004H6
2004 05 20.84 S 7.5 TK 10 B
25 3
7 ICQ
nn MAT08
2004H6
2004 05 21.84 S 7.4 TK 10 B
25 3
7 ICQ
nn MAT08
2004H6
2004 06 07.84 S 7.7 TK 10 B
25 2.5
6 ICQ
nn MAT08
2004H6
2004 07 17.60 S 8.9 TK 10 B
25 8
2 ICQ
nn MAT08
2004H6
2004 08 07.49 S 11.5:TK 45 L 4 90
4
1 ICQ
nn MAT08
2004H6 040514.39 Visual confirmation of comet observed in
SWAN images on Apr 29th, May 2,5,8,10th. 2 degrees altitude
in the evening sky. Moderate enhancement with a SWAN band filter. I
estimate the position as RA 03h
45m 56s, Dec -11d 47m 30s with an accuracy of 5'. [MAT08]
2004H6 040520.84 4
degrees altitude in the morning sky. Strong enhancement with a SWAN band
filter. On May 20.85
through a 28cm SCT, I estimate the position as RA 03h 35m 25s, Dec -12d
32' with an accuracy of about
4'. The coma appears strongly condensed but no stellar nucleus is
visible. [MAT08]
2004H6 040521.84 A CCD image reveals an ion tail >8' long
in PA 187. [MAT08]
2004H6 040607.84 Moonlight 81% [MAT08]
2004H6 040717.60 Comet
has grown considerably more diffuse since last observation. A large coma
with very little
brightening towards the centre. [MAT08]
2004H6 040807.49 Considerably
diffuse. Rapid fading apparent. Mag 5.7 star 6' west of comet. [MAT08]
2004Q1 2004 10 09.60 S 11.4 TK
38 L 5 150 2.5
5 ICQ
nn MAT08
2004Q1
2004 11 16.48 S 10.6 TK 10 B
25 3.0
4 ICQ
nn MAT08
2004Q2 2004 09 17.67 S
10.4 TK 10 B 25 2
5 ICQ
nn MAT08
2004Q2
2004 09 19.79 S 10.0 TK 10 B
25 2 4 5 m 290 ICQ nn
MAT08
2004Q2
2004 10 08.73 S 8.9 TK 10 B
25 4 5 8 m 250 ICQ nn
MAT08
2004Q2
2004 11 06.56 S 7.0 TK 10 B
25 7
5 ICQ
nn MAT08
2004Q2
2004 11 16.59 S 6.4 TK 5
B 7 9
5 ICQ
nn MAT08
2004Q2
2005 01 06.48 3.6 TK
0.7E 1 25
5 ICQ
nn MAT08
2004Q2 041116.59 In 38cm reflector, dust tail 20' long in PA
265, short ion tail in PA 330. Stellar nucleus of
magnitude 11 is visible. [MAT08]
2004Q2 050106.48 Pleiades cluster used for coma
measurement. In 25x100mm Binoculars, coma diameter is 22', ion tail is
>3 degrees in PA 70, dust tail >1 degree in PA 175. [MAT08]
2004R2 2004 09 17.77 S
8.4 TK 10 B 25 3.5
4 ICQ
nn MAT08
2004R2
2004 09 18.77 S 8.2 TK 10 B
25 3.5
5 ICQ
nn MAT08
2004R2
2004 09 19.80 S 8.3 TK 10 B
25 2.0
6 ICQ
nn MAT08
2004R2 040917.77 First observation. Coma moderately enhanced
with a SWAN band filter. [MAT08]
2004R2 040919.80 The DC of comet ASAS has risen sharply
while the coma size is considerably smaller. The total
magnitude is also fainter. [MAT08]
P2004T1 2004
10 09.62 S 13.8 HS 38 L 5 150
1
4 ICQ
nn MAT08
P2004T1 2004 11
16.51 S 14.5 HS 38 L 5 150 1
2 ICQ
nn MAT08
2003
29
2003 07 27.70 S 14.0:HS 28 T10 133 1.0
3 ICQ
nn MAT08
29
2003 09 27.66 S 13.0 HS 28 T10 133 0.8
7 ICQ
nn MAT08
30
2003 02 01.58 S 13.6:HS 28 T10 133
1
4 ICQ
nn MAT08
30
2003 04 04.60 S 13.6 HS 28 T10 133
1
3 ICQ
nn MAT08
53
2003 05 25.57 S 14.3:HS 28 T10 310 0.5
5 ICQ
nn MAT08
53
2003 06 03.48 S 14.2 HS 28 T10 310 0.5
5 ICQ
nn MAT08
53
2003 07 17.43 S 14.0:HS 28 T10 310 0.5
6 ICQ
nn MAT08
53
2003 10 13.44 S[14.0 HS 28 T10 310
!1
ICQ nn MAT08
65
2003 05 25.58 S 12.3 TK 28 T10 133
1
5 ICQ
nn MAT08
65
2003 06 03.61 S 12.5 TK 28 T10 133
1
5 ICQ
nn MAT08
65
2003 07 17.45 S 13.0:HS 28 T10 133
1
4 ICQ
nn MAT08
65
2003 10 13.46 S 13.9 HS 28 T10 310 0.8
3 ICQ
nn MAT08
66
2003 07 17.44 S 13.3 HS 28 T10 133
2
2 ICQ
nn MAT08
66
2003 07 22.43 S 12.9 HS 28 T10 133
2
2 ICQ
nn MAT08
66
2003 07 22.43 S 12.4 TK 28 T10 133
2
2 ICQ
nn MAT08
66
2003 07 27.46 S 12.8 HS 28 T10 133
2
2 ICQ
nn MAT08
66
2003 07 27.46 S 12.3 TK 28 T10 133
2
2 ICQ
nn MAT08
66
2003 07 29.44 S 12.4 TK 28 T10 133
2
2 ICQ
nn MAT08
66
2003 08 15.41 S 12.0 TK 28 T10 133
2
2 ICQ
nn MAT08
66
2003 08 26.47 S 11.7 TK 28 T10 133
2
3 ICQ
nn MAT08
66
2003 09 21.43 S 12.9 HS 28 T10 133
1
2 ICQ
nn MAT08
66
2003 10 13.45 S[13.0 HS 28 T10 133
!1
ICQ nn MAT08
116
2003 02 01.71 S 12.5:HS 28 T10 133
1
4 ICQ
nn MAT08
116
2003 04 04.59 S 12.2 TK 28 T10 133
1
4 ICQ
nn MAT08
116
2003 05 25.56 S 12.4 TK 28 T10 133
1
5 ICQ
nn MAT08
116
2003 06 03.47 S 11.9 TK 28 T10 133 1.5
6 ICQ
nn MAT08
116
2003 06 03.47 S 12.5 HS 28 T10 133 1.5
6 ICQ
nn MAT08
116
2003 07 17.43 S 13.0 HS 28 T10 133 1.5
3 ICQ
nn MAT08
155
2003 02 01.56 S 14.0:HS 28 T10 133
1
3 ICQ
nn MAT08
1999F1 2003 02
01.50 [14.5 HS 28 T10
133
ICQ nn MAT08
2001HT502003 01 01.62 S 12.5
GA 28 T10 133 1
6 ICQ
nn MAT08
2001HT502003 01
03.58 S 12.1 TT 30 L 6 83
1
6 ICQ
nn MAT08
2001HT502003 01
05.58 S 12.0 TT 20 L 7 67 1.2
5 ICQ
nn MAT08
2001Q4 2003 02 01.52 S
15.0:HS 28 T10 133 0.5
5 ICQ
nn MAT08
2001Q4
2003 05 29.83 S 14.0:HS 28 T10 310 0.5
5 ICQ
nn MAT08
2001Q4
2003 07 22.69 S 13.5 HS 28 T10 133 1.0
5 ICQ
nn MAT08
2001Q4
2003 07 22.69 S 13.0 GA 28 T10 133 1.0
5 ICQ
nn MAT08
2001Q4
2003 07 27.71 S 12.9 TK 28 T10 133 1.0
5 ICQ
nn MAT08
2001Q4
2003 09 18.58 S 12.1 TK 28 T10 133 1.0
5 ICQ
nn MAT08
2001Q4
2003 09 21.58 S 12.0 TK 28 T10 133 1.0
5 ICQ
nn MAT08
2001Q4
2003 09 27.67 S 11.9 TK 28 T10 133 1.0
6 ICQ
nn MAT08
2001Q4
2003 10 13.48 S 11.5 TK 28 T10 133 1.0
6 0.03 312 ICQ nn MAT08
2001Q4 2003 10 16.59 S 11.4 TK
28 T10 133 1.0
6 ICQ
nn MAT08
2001Q4
2003 10 22.51 S 11.5 TK 28 T10 133 1.0
6 0.03 330 ICQ nn MAT08
2001Q4 2003 10 29.67 S 11.3 TK
28 T10 133 1.0
6 ICQ
nn MAT08
2001Q4
2003 11 11.47 S 11.1 TK 28 T10 133 1.0
6 0.03 0 ICQ nn MAT08
2001Q4 2003 11 14.52 S
11.3 TK 28 T10 133 1.5
6 ICQ
nn MAT08
2001Q4
2003 12 13.50 S 10.5:TK 28 T10 133
1
5 ICQ
nn MAT08
2001Q4
2003 12 27.52 S 10.1 TK 28 T10 133
2
5 ICQ
nn MAT08
2001RX142003 04 04.54 S 11.9
TK 28 T10 133 2
5 ICQ
nn MAT08
2001RX142003 04
21.46 S 12.2 TK 28 T10 133 1.5
4 ICQ
nn MAT08
2001RX142003 05
25.46 S 12.4 HS 28 T10 133 1
4 ICQ
nn MAT08
2001RX142003 05
27.45 S 12.6 HS 28 T10 133 1
4 ICQ
nn MAT08
2001RX142003 06
03.46 S 12.9 HS 28 T10 133 1
4 ICQ
nn MAT08
2002J4 2003 06 03.63 S
14.5:HS 28 T10 310 0.5
4 ICQ
nn MAT08
2002J4
2003 07 17.46 S[14.0 HS 28 T10 310
!1
ICQ nn MAT08
2002O7 2003 05 25.45 S
12.5:HS 28 T10 133 1
3 ICQ
nn MAT08
2002O7
2003 05 27.44 S 12.6 HS 28 T10 133
1
3 ICQ
nn MAT08
2002O7
2003 06 03.45 S 12.8:HS 28 T10 133
1
2 ICQ
nn MAT08
2002O7
2003 06 27.46 S 12.5:HS 28 T10 133
1
2 ICQ
nn MAT08
2002O7
2003 07 02.41 S 12.2 TK 28 T10 133 1.5
2 ICQ
nn MAT08
2002O7
2003 07 17.41 S 11.4 TK 28 T10 133
2
3 ICQ nn
MAT08
2002O7
2003 07 22.42 S 11.4 TK 28 T10 133
2
3 ICQ nn
MAT08
2002O7
2003 07 27.40 S 10.9 TK 28 T10 133
3
4 ICQ
nn MAT08
2002O7
2003 09 27.79 S[12.0 TK 28 T10 133
!1
ICQ nn MAT08
2002Q5 2003 02 01.69 S
12.5 HS 28 T10 133 2
2 ICQ
nn MAT08
2002Q5
2003 02 10.65 S 12.5:HS 20 L 7 67
1.5
1 ICQ
nn MAT08
2002Q5
2003 02 25.62 S 13.1 HS 20 L 7 160
2
2 ICQ
nn MAT08
2002Q5
2003 03 05.54 S 13.5 HS 28 T10 133 1.5
2 ICQ
nn MAT08
2002Q5
2003 04 04.64 S 14.0:HS 28 T10 133
1
1 ICQ
nn MAT08
2002T7 2003 11 14.56 S
10.0 TK 28 T10 133 1.0
7 ICQ
nn MAT08
2002V1 2003 01 01.51
M 8.4 TT 10 B 25 7.0
4 ICQ
nn MAT08
2002V1
2003 01 02.50 M 8.3 TT 10 B
25 7.0
4 ICQ
nn MAT08
2002V1
2003 01 03.50 M 8.1 TT 10 B
25 7.0
4 ICQ
nn MAT08
2002V1
2003 01 05.49 M 7.9 TT 10 B
25 8.0
4 ICQ
nn MAT08
2002V1
2003 01 06.49 M 7.8 TT 10 B
25 7.0
4 ICQ
nn MAT08
2002V1
2003 01 08.50 M 7.9 TT 10 B
25 5.0
5 ICQ
nn MAT08
2002V1
2003 01 13.49 M 7.3 TT 10 B
25 3.0
5 ICQ
nn MAT08
2002V1
2003 01 21.47 M 6.2:TT 10 B
25 4.0
6 ICQ
nn MAT08
2002V1
2003 02 24.43 B 2:TT 10
B 25 1
9 ICQ
nn MAT08
2002V1
2003 02 25.43 !B 2.8 TT 10 B
25 2 8 0.25 170 ICQ nn MAT08
2002V1 2003 02 26.44 !B
3.0 TT 5 B 7
2 8 >1.5 160 ICQ nn MAT08
2002V1 2003 02 28.44 !B
3.7:TT 5 B 7
2 8 >2.0 165 ICQ nn MAT08
2002V1 2003 03 04.44 !B
4.5 TT 5 B 7
3 7 >3.0 160 ICQ nn MAT08
2002V1 2003 03 04.44
I 4.3 TT
NE
7 >2.0 160 ICQ nn MAT08
2002V1 2003 03 05.46 B
4.8 TT 5 B 7
3 7 >3.0 152 ICQ nn MAT08
2002V1 2003 03 08.43
B 5.3 TT 5 B 7
3 6 >1.0 ICQ nn
MAT08
2002V1
2003 03 10.46 B 5.6 TT 5
B 7 3 5
>1.0 ICQ nn MAT08
2002V1 2003 03 12.44
B 6.0 TT 5 B 7
3 5 >1.0 ICQ nn
MAT08
2002V1
2003 03 16.45 B 6.5:TK 5
B 7 2
5 ICQ
nn MAT08
2002V1
2003 03 17.45 B 6.7 TK 10 B
25 3
5 ICQ
nn MAT08
2002V1
2003 03 20.43 B 7.0 TK 10 B
25 4 5 1 143
ICQ nn MAT08
2002V1
2003 04 04.42 B 8.5 TK 10 B
25 4
4 ICQ
nn MAT08
2002V1
2003 04 06.42 B 8.5 TK 10 B
25 4
4 ICQ
nn MAT08
2002V1
2003 05 03.40 S 9.9 TK 10 B
25 4
3 ICQ
nn MAT08
2002X5 2003 02 07.47
B 5.7 TT 10 B 25
2 8 >0.5 158 ICQ nn MAT08
2002X5 2003 02 10.46
B 6.7 TT 5 B 7
2
7 ICQ
nn MAT08
2002X5
2003 02 20.51 M 7.6:TT 10 B
25 3
5 ICQ
nn MAT08
2002X5
2003 02 25.46 M 6.8 TT 5
B 7 5
5 ICQ
nn MAT08
2002X5
2003 02 26.50 M 7.2 TT 5
B 7 5
5 ICQ
nn MAT08
2002X5
2003 02 27.46 M 7.5 TT 5
B 7 5
5 ICQ
nn MAT08
2002X5
2003 03 04.48 M 8.0 TT 5
B 7 6
4 ICQ
nn MAT08
2002X5
2003 03 04.49 M 8.2 TT 10 B
25 6 4 0.17 140 ICQ nn MAT08
2002X5 2003 03 20.44 S
10.4 TK 10 B 25 2
4 ICQ
nn MAT08
2002X5
2003 04 04.48 S 12.5:HS 28 T10 133
2
1 ICQ
nn MAT08
2002Y1 2003 05 25.82
B 7.9 TK 10 B 25
3
5 ICQ
nn MAT08
2002Y1
2003 05 29.82 B 8.0 TK 10 B
25 4
5 ICQ
nn MAT08
2002Y1
2003 07 27.68 S 10.6 TK 10 B
25 4.0
3 ICQ
nn MAT08
2002Y1
2003 07 27.69 S 10.9 TK 28 T10 133 3.0
3 ICQ
nn MAT08
2003G2 2003 04 21.45
S[13.3 HS 28 T10
133
ICQ nn MAT08
2003H1 2003 06 03.64
S[14.0 HS 28 T10
310
ICQ nn MAT08
2003KV 2003 06 27.48
S[13.0 HS 28 T10
133
ICQ nn MAT08
2003KV
2003 07 02.42 S[13.5 HS 28 T10
133
ICQ nn MAT08
P2003KV2 2003 07
17.42 S[14.0 HS 28 T10 133
!1
ICQ nn MAT08
P2003KV2 2003 07
29.45 S[14.0 HS 28 T10 133
!1
ICQ nn MAT08
2003T3 2003 10 16.58 S
11.9 TK 28 T10 133 1.0
5 ICQ
nn MAT08
2003T3
2003 10 22.50 S 12.0 TK 28 T10 133 1.0
5 ICQ
nn MAT08
2003T3
2003 11 11.46 S 11.6 TK 28 T10 133 1.2
5 ICQ
nn MAT08
2003T3
2003 11 14.54 S 11.8 TK 28 T10 133 1.0
5 ICQ
nn MAT08
2003T3
2003 12 27.50 S 11.1 TK 28 T10 133
1
4 ICQ
nn MAT08
2002
7 2002 06 17.85 S
12.0:TT 20 L 7 67 3.0
2 ICQ
nn MAT08
7 2002 07 30.57 S
12.5:HS 28 T 6 84 2
4 ICQ
nn MAT08
22
2002 09 01.43 S 13.0:HS 28 T10 133 1.5
3 ICQ
nn MAT08
22
2002 09 07.43 S 12.5 HS 28 T 6 84
1
3 ICQ
nn MAT08
22
2002 09 29.43 S 12.5:HS 28 T 6 84
1
3 ICQ
nn MAT08
22
2002 09 01.43 Zodiacal light interference [MAT08]
22
2002 09 07.43 zodiacal light interference [MAT08]
22
2002 09 29.43 zodiacal light interference [MAT08]
28 2002
09 07.44 [14.0 HS 28 T 6
196
ICQ nn MAT08
28
2002 09 29.46 [14.0 HS 28 T 6
196
ICQ nn MAT08
28
2002 10 27.47 [13.5 HS 28 T10
133
ICQ nn MAT08
29
2002 06 14.68 S 12.2 TT 28 T 6 133 1.0
6 ICQ
nn MAT08
29
2002 07 30.56 S 13.0:HS 28 T 6 84
1
5 ICQ
nn MAT08
29
2002 09 04.55 S 12.5 HS 28 T10 133 1.5
3 ICQ
nn MAT08
29
2002 09 29.48 S 12.8 HS 28 T 6 84
1
6 ICQ
nn MAT08
29
2002 09 30.52 S 12.9 HS 28 T 6 84
1
5 ICQ
nn MAT08
29
2002 10 05.60 S 13.5:HS 28 T 6 84
1
4 ICQ
nn MAT08
29
2002 10 10.61 S 14.0:HS 28 T 6 196
1
4 ICQ
nn MAT08
29
2002 10 23.45 [13.5 HS 28 T 6
84
ICQ nn MAT08
29
2002 10 27.52 B 14.0 HS 28 T10 133 0.5
8 ICQ
nn MAT08
29
2002 10 30.52 S 13.5:HS 28 T 6 84
0.5
6 ICQ
nn MAT08
29
2002 11 02.46 S 13.5:HS 28 T10 133
1
4 ICQ
nn MAT08
29
2002 11 04.51 S 13.3 HS 28 T 6 84
1
7 ICQ
nn MAT08
29
2002 11 04.51 ?fresh outburst [MAT08]
57
2002 07 30.55 [13.5 HS 28 T 6
196
ICQ nn MAT08
92
2002 09 01.47 S 13.2 HS 28 T10 133
1
5 ICQ
nn MAT08
92
2002 09 02.57 S 13.3 HS 28 T10 133
1
4 ICQ
nn MAT08
92
2002 09 04.54 S 13.5 HS 28 T10 133
1
5 ICQ
nn MAT08
92
2002 09 29.50 S 13.3 HS 28 T 6 84
1
5 ICQ
nn MAT08
92
2002 09 30.53 S 13.5 HS 28 T 6 84
1
4 ICQ
nn MAT08
92
2002 10 27.55 S 14.0 HS 28 T10 133
1
5 ICQ
nn MAT08
92
2002 11 02.48 S 14.0:HS 28 T10 133
1
4 ICQ
nn MAT08
154
2002 09 07.45 [14.0 HS 28 T 6
196
ICQ nn MAT08
154
2002 09 29.51 [13.5 HS 28 T 6
84
ICQ nn MAT08
154
2002 10 10.60 [14.0 HS 28 T 6
196
ICQ nn MAT08
154
2002 10 23.44 [13.5 HS 28 T 6
84
ICQ nn MAT08
154
2002 10 27.51 [14.0 HS 28 T10
133
ICQ nn MAT08
154
2002 11 02.47 S[14.0 HS 28 T10
133
ICQ nn MAT08
154
2002 11 04.50 S[13.5 HS 28 T 6
84
ICQ nn MAT08
2000WM1 2002 01 04.54 B
6.1 TT 5 B 7 4.0
7 >1.0 110 ICQ nn MAT
2000WM1 2002 01 09.51 B 6.1
TT 5 B 7 3.0
7 >1.0 129 ICQ nn MAT
2000WM1 2002 01 16.51 B 6.0
TT 5 B 7 3.0
7 >2.0 ICQ nn MAT
2000WM1 2002 01 29.78 B
3.0 TT
NE
9 ICQ
nn MAT
2000WM1 2002 01
30.78 B 2.9 TT
NE
8/ ICQ nn
MAT
2000WM1 2002 01
31.78 !B 3.0 TT
NE
8 ICQ
nn MAT
2000WM1 2002 02
04.78 !B 3.8 TT
NE
7 ICQ
nn MAT
2000WM1 2002 02
05.78 !B 4.0 TT
NE
7 ICQ
nn MAT
2000WM1 2002 02
06.78 !B 4.3 TT
NE
7 ICQ
nn MAT
2000WM1 2002 02
07.78 !B 4.3 TT
NE
7 ICQ
nn MAT
2000WM1 2002 02
10.78 !B 4.4 TT
NE
7 >2 222 ICQ nn MAT
2000WM1 2002 02 12.78 !B 4.5
TT
NE
7 ICQ
nn MAT
2000WM1 2002 02
15.77 B 5.0 TT 5 B
7 4.0 6
>3 ICQ nn MAT
2000WM1 2002 02 16.77 B
5.2 TT 5 B 7 4.0
6 >4 225 ICQ nn MAT
2000WM1 2002 02 21.78 B
6.1 TT 5 B 7 4.0
6 >1 240 ICQ nn MAT
2000WM1 2002 03 13.73 B
8.1 TT 5 B 7 2.0
5 >1 230 ICQ nn MAT
2000WM1 2002 03 14.75 B
8.1 TT 10 B 25 3.0 5
>1.3 232 ICQ nn MAT
2000WM1 1020109.51 In 25x100mm B, ion tail >1.5 deg has increased in
intensity. [MAT]
2000WM1
1020129.78 Appearing starlike to the eye but 25x100mm B reveal 2 jets,
the brighter jet is [MAT]
2000WM1 1020129.78 60" long in PA 250 while the fainter jet is 25" long
in PA 120. Moonlight 99%. [MAT]
2000WM1 1020130.78 In 25x100mm B, jets now developed into classic
parabola separated by a "dark [MAT]
2000WM1 1020130.78 lane. Moonlight 95%.
[MAT]
2000WM1
1020131.78 In 25x100mm B, coma diameter 4.0' jets now developed into
parabolic dust hood [MAT]
2000WM1 1020131.78 11' long in PA 200, tail > 2 deg. Moonlight 89%.
[MAT]
2000WM1
1020204.78 In 7x50 B, V shaped coma of diameter 4.0' and now well
developed dust tail [MAT]
2000WM1 1020204.78 > 2 deg in PA 215. Moonlight 47%. [MAT]
2000WM1 1020205.78 Moonlight 37%
[MAT]
2000WM1
1020206.78 In 7x50mm B, coma diameter 4', dust tail > 2.5 deg in PA
220. Moonlight 27%. [MAT]
2000WM1 1020207.78 In 7x50mm B, coma diameter 4', dust tail > 3 deg.
Moonlight 18%. [MAT]
2000WM1 1020210.78 In 7x50mm B, dust tail > 3.3 deg in PA 222.
Moonless observation. [MAT]
2001HT5 2002 12
03.62 S 13.5:HS 28 T 6 196 0.8
5 ICQ
nn MAT08
2001HT5 2002 12
03.62 Low elevation, haze [MAT08]
2001K5 2002 04 10.65 S
14.5:HS 28 T 6 196 1
3 ICQ
nn MAT08
2001K5
2002 05 06.67 S 14.0:HS 28 T 6 196
1
3 ICQ
nn MAT08
2001K5
2002 07 30.52 S 14.0:HS 28 T 6 196 0.5
4 ICQ
nn MAT08
2001N2 2002 07 30.53 S
14.0:HS 28 T 6 196 1
2 ICQ
nn MAT08
2001OG1 2002 05 06.46 S
13.0:HS 28 T 6 84 1
1 ICQ
nn MAT08
2001OG1 2002 05
06.46 very diffuse, NGC 2916 14' north was much easier to observe.
[MAT08]
2001Q4 2002 12 03.56 S
14.5:NO 28 T 6 196 0.3
6 ICQ
nn MAT08
2001X1 2002 01 07.59 S
13.0:HS 28 L 6 84 2
2 ICQ
nn MAT
2001X1
2002 01 16.56 S 13.5:HS 28 L 6 84
2
1 ICQ
nn MAT
2001X1
2002 02 11.52 S 14.0:HS 28 L 6 196 2.0
1 ICQ
nn MAT
2002C1 2002 02 04.48
B 8.6 TT 10 B 25 2.0
4 ICQ
nn MAT
2002C1
2002 02 05.48 B 8.3 TT 10 B
25 2.0
4 ICQ
nn MAT
2002C1
2002 02 06.48 B 8.1 TT 10 B
25 2.0
4 ICQ
nn MAT
2002C1
2002 02 10.48 B 7.8 TT 10 B
25 2.5
4 ICQ
nn MAT
2002C1
2002 02 11.48 B 7.7 TT 10 B
25 2.5
4 ICQ
nn MAT
2002C1
2002 02 17.46 B 7.1 TT 10 B
25 3.0
5 ICQ
nn MAT
2002C1
2002 02 18.46 B 6.9 TT 10 B
25 3.0
5 ICQ
nn MAT
2002C1
2002 05 10.38 S 5.4 TT 5
B 7 10
4 ICQ
nn MAT08
2002C1
2002 05 15.65 S 6.0 TT 5
B 7 12.0
4 ICQ
nn MAT08
2002C1
2002 07 30.54 S 12.0:HS 28 T 6 84
3
1 ICQ
nn MAT08
2002C1
1020217.46 Moonlight 22% [MAT]
2002C1 1020218.46 Moonlight 30% [MAT]
2002E2 2002 03 13.74 M 10.8 TJ
28 L 6 84 1.5
4 ICQ
nn MAT
2002E2
2002 03 14.74 M 10.7 TJ 28 L 6 84
2.0
4 ICQ
nn MAT
2002F1 2002 05 10.38
B 7.0:TT 10 B 25
1
7 ICQ
nn MAT08
2002F1
2002 05 24.38 B 8.6 TT 10 B
25 1
7 ICQ
nn MAT08
2002F1
2002 05 28.40 B 8.9 TT 10 B
25 1
6 ICQ
nn MAT08
2002F1
2002 06 02.40 B 9.3 TT 10 B
25 1
6 ICQ
nn MAT08
2002F1
2002 05 10.38 solar elongation 22 degrees, altitude 5 degrees, difficult
observation. [MAT08]
2002F1 2002 05 24.38 altitude 12 degrees, moonlight 94%, very
small and condensed with a hint of a tail in PA 130 [MAT08]
2002F1 2002 05 28.40 altitude
8 degrees. [MAT08]
2002F1 2002 06 02.40 In 28cm T, tail 4' in PA 120 and broad fan
5' in PA 30. [MAT08]
2002O6
2002 08 06.80 S 6.6 TT 5
B 7 9
4 ICQ
nn MAT08
2002O6
2002 08 07.80 S 6.5 TT 5
B 7 9
5 ICQ
nn MAT08
2002O6
2002 08 06.80 In 25x100mm B, faint ion tail >20' in PA 245 [MAT08]
2002O6 2002 08 07.80 ccd
image displays tail > 1 degree in PA 250 [MAT08]
2002Q2 2002 09 29.49
[13.0 HS 28 T 6
84
ICQ nn MAT08
2002Q5 2002 09 27.45 S
13.0:HS 28 T 6 84 1
3 ICQ
nn MAT08
2002Q5
2002 09 29.45 S 12.8 HS 28 T 6 84
1
3 ICQ
nn MAT08
2002Q5
2002 09 30.45 S 13.0:HS 28 T 6 84
1
4 ICQ
nn MAT08
P2002T1 2002 10 05.61
[13.0 HS 28 T 6
84
ICQ nn MAT08
2002V1 2002 12 03.54 S
12.0 TK 28 T 6 84 3.0
3 ICQ
nn MAT08
2002V1
2002 12 23.53 M 9.4 TK 10 B
25 8.0
3 ICQ
nn MAT08
2002V1
2002 12 23.53 large and diffuse, brighter than M74 [MAT08]
Periódicos
_text_