***** Residual= 10".5 for the last observation from an orbit in MPC 37478 *****
P/1998 S1 (LINEAR-Mueller)
Epoch 1998 Nov. 3.0 TT = JDT 2451120.5
T 1998 Nov. 2.74234 TT Nakano
q 2.5483620 (2000.0) P Q
n 0.10793102 Peri. 26.36169 +0.90213561 -0.43144470
a 4.3688974 Node 359.18386 +0.35637652 +0.74855378
e 0.4167036 Incl. 10.55981 +0.24320180 +0.50351040
P 9.13
From 258 observations 1998 Sept. 17-2001 Feb. 26, mean residual 0".62.
Residuals in seconds of arc
1998/ 981024 355 0.5- 0.1- 981223 118 1.1+ 0.2+
980917 699 (2.6+ 0.1-) 981024 355 0.5- 0.2- 981223 118 1.2+ 0.3+
980917 699 1.2- 0.2- 981024 355 0.3- 0.0 981229 046 1.8+ 0.0
980917 699 1.0- 0.4- 981025 355 0.2+ 0.6+ 981229 046 1.0+ 0.2+
980926 704 0.8- 0.4- 981025 355 0.7+ 0.7+ 981231 046 0.8+ 0.1+
980926 704 (2.0- 0.1+) 981025 900 0.5- 0.1- 981231 046 0.2+ 0.7-
980926 704 1.5- 0.7- 981025 900 0.4+ 0.0 981231 046 0.0 0.3-
980926 704 1.4- 0.2+ 981025 367 0.2+ 0.0 981231 046 0.6+ 0.8-
980926 704 (4.4- 0.2+) 981025 367 0.1+ 0.0 1999/
980927 704 0.1- 1.0- 981025 367 0.0 0.1- 990102 699 0.3- 0.3+
980927 704 0.3- 0.5+ 981025 402 0.2+ 0.3+ 990102 699 0.3+ 0.6-
980927 704 1.0- 0.3+ 981025 402 0.1+ 0.3+ 990102 699 1.5+ 0.4-
980927 704 (4.3- 0.6-) 981025 402 0.1+ 0.3+ 990104 118 1.1+ 0.4+
981011 699 1.9+ 1.0- 981026 118 0.0 0.4- 990104 118 0.9+ 0.1-
981011 699 0.7- 0.1- 981026 118 0.3- 0.2+ 990104 587 0.2+ 0.9+
981011 699 0.7- 0.1- 981026 118 0.3- 0.3- 990104 587 0.6+ 1.0+
981014 675 1.1+ 0.5+ 981028 704 0.9+ 0.1+ 990105 699 0.9+ 0.3+
981017 675(16.3+ 1.0+) 981028 704 1.5+ 1.0- 990105 699 0.6+ 0.6+
981017 046 0.3- 0.2+ 981028 704 1.1+ 0.2- 990105 699 0.4+ 0.8+
981017 046 0.0 0.3+ 981028 704 0.3+ 0.0 990105 587 0.0 1.5+
981017 046 0.3- 0.2+ 981028 704 (3.9- 0.6-) 990108 704 0.9+ 0.8+
981017 046 0.3- 0.2+ 981029 704 1.1+ 1.1- 990108 704 (2.2- 3.3+)
981017 046 0.3- 0.0 981029 704 0.4- 0.5- 990108 704 (2.7- 3.0+)
981017 046 0.4- 0.2+ 981029 704 0.5+ 1.3- 990108 704 (3.3+ 2.0+)
981017 046 0.1- 0.1+ 981029 704 0.4+ 0.1- 990111 704 0.2- 0.6+
981017 046 0.2- 0.2+ 981029 704 0.9- 1.4- 990111 704 0.3- 1.9+
981018 734 0.5- 0.5- 981029 360 0.0 0.4+ 990111 704 0.4+ 0.9+
981018 734 0.2- 0.3- 981029 360 0.0 0.4+ 990111 704 0.8+ 0.5-
981018 734 0.4- 0.0 981029 372 1.7- 0.6+ 990111 704 0.6+ 0.7-
981018 670 0.2- 0.2- 981030 426 0.4- 0.2+ 990113 360 0.2- 0.2+
981018 670 1.1- 0.4- 981030 426 0.1- 0.2+ 990113 360 0.3- 0.2+
981018 670 0.8- 0.3- 981030 426 0.0 0.1- 990120 046 0.2+ 0.2+
981018 658 1.1- 0.5+ 981030 587 0.2- 0.1+ 990120 046 0.5+ 0.2+
981018 658 0.7- 0.1+ 981030 587 0.4- 0.1- 990120 046 0.2+ 0.0
981018 658 1.0- 0.2+ 981101 143 0.1+ 0.7- 990121 360 0.3- 0.0
981018 422 0.4- 0.1- 981101 143 0.8+ 1.8- 990121 360 0.1+ 0.0
981018 422 0.1+ 0.0 981101 143 (2.3+ 0.1-) 990128 367 0.0 0.0
981018 422 0.3- 0.2- 981105 402 0.5- 0.0 990128 367 1.1+ 0.7+
981018 422 0.3- 0.1- 981105 402 0.1+ 0.4+ 990128 367 0.2- 0.7+
981018 046 0.4+ 1.5- 981105 402 0.2- 0.2- 990204 402 0.8+ 0.6-
981018 046 0.6- 0.5+ 981108 360 0.5+ 0.7+ 990204 402 0.5+ 0.9-
981018 046 0.6- 0.1+ 981108 360 0.5+ 0.7+ 990204 402 0.3+ 0.6-
981018 046 0.6- 0.4+ 981108 504 1.0+ 0.1- 990213 693 1.1- 0.1-
981019 758 0.4- 0.2- 981108 504 1.3+ 0.2+ 990213 693 1.4- 0.3-
981019 758 0.6- 0.8- 981109 355 0.3+ 0.1+ 990213 693 1.3- 0.4-
981019 758 0.7- 0.1+ 981109 355 0.7+ 0.5+ 990214 360 0.1+ 0.3+
981019 758 0.4- 0.6+ 981109 355 0.7+ 0.3+ 990214 360 0.2- 0.2+
981019 844 1.0- 1.5- 981110 143 0.8+ 0.6+ 991011 118 1.9- 0.6+
981019 734 1.5- 0.5+ 981110 143 1.6+ 0.8- 991011 118 0.4- 0.2+
981019 844 0.4+ 0.2- 981110 143 1.0+ 0.0 991011 118 (2.6- 0.2+)
981019 734 1.3- 0.4+ 981111 118 0.7+ 0.2+ 991017 867 0.8- 0.7+
981019 734 0.7- 0.2+ 981111 118 0.6+ 0.4+ 991017 867 0.7- 0.7+
981019 844 0.4- 0.9+ 981112 900 0.6+ 0.2+ 991017 867 1.5- 0.5+
981019 704 0.5- 1.0- 981112 900 0.0 0.1- 991018 867 0.4- 0.2+
981019 713 0.7- 0.1+ 981112 360 0.2- 0.2+ 991018 867 0.3- 0.4+
981019 750 1.2- 0.0 981112 360 0.1+ 0.2+ 991018 867 0.5- 0.3+
981019 704 0.9- 0.7+ 981112 897 0.9+ 0.6- 991020 360 0.0 0.4+
981019 750 1.0- 0.4+ 981112 867 0.2+ 0.0 991020 360 0.4- 0.9+
981019 704 0.2+ 0.3- 981112 867 0.4+ 0.0 991020 360 0.1- 0.5+
981019 713 0.3- 0.3+ 981112 897 0.0 0.1- 991117 703 0.1+ 0.1+
981019 704 0.1- 0.3- 981115 355 0.4- 0.5- 991117 703 1.0+ 0.5+
981019 704 (2.0- 0.5-) 981115 355 0.2+ 0.1- 991117 703 0.3- 1.8+
981019 750 0.2+ 0.2+ 981115 355 0.7+ 0.4+ 991117 703 1.1- 1.5+
981019 428 0.5- 0.1- 981122 693 0.1- 0.3+ 2000/
981019 428 0.8- 0.3- 981122 693 0.2- 0.1+ 000104 402 0.2- 0.1+
981019 428 0.7- 0.6- 981122 693 0.2- 0.1+ 000104 402 0.3+ 0.1+
981019 426 0.1- 0.0 981123 360 0.2+ 0.0 000104 402 0.3- 0.8-
981019 426 0.2- 0.4+ 981123 360 0.4+ 0.1+ 000110 699 0.1- 0.4+
981019 426 0.1- 0.0 981125 402 0.5+ 0.1- 000110 699 0.3+ 0.4-
981021 402 0.6- 0.1- 981125 402 0.7+ 0.4- 000110 699 0.7+ 1.1+
981021 402 0.8- 0.1- 981125 402 0.4+ 0.1+ 000129 704 0.4+ 0.0
981021 402 0.6- 0.0 981125 046 0.4+ 0.1- 000129 704 0.8+ 0.2-
981021 360 0.2- 0.6+ 981125 046 0.1+ 0.2+ 000129 704 0.9+ 1.6-
981021 360 0.2- 0.7+ 981125 046 0.2+ 0.0 000129 704 0.7- 0.7-
981021 360 0.3- 0.7+ 981125 046 0.5+ 0.1+ 000301 360 0.4+ 0.3+
981021 372 0.8- 1.1+ 981206 104 0.9+ 0.3- 000301 360 0.3- 0.1-
981021 372 (2.1- 1.1+) 981206 104 1.3+ 0.4+ 000301 360 0.6- 0.1+
981022 402 0.2- 0.2+ 981206 104 1.1+ 0.6+ 000309 360 0.4+ 0.1-
981022 402 0.2- 0.3+ 981209 118 0.7+ 0.5+ 000309 360 0.6- 0.4+
981022 402 0.2- 0.2+ 981209 118 0.8+ 0.1+ 000309 360 0.6+ 0.7+
981022 504 0.1+ 0.0 981212 360 0.2+ 0.1- 000430 695 0.6+ 0.0
981022 504 0.5+ 0.2- 981212 360 0.4+ 0.0 000430 695 0.6+ 0.1+
981022 504 0.5+ 0.1- 981212 351 0.0 0.8- 000430 695 0.7+ 0.4-
981022 504 0.5+ 0.3- 981212 351 1.1+ 1.0- 2001/
981022 504 0.6+ 0.3- 981212 351 (0.2- 2.9-) 010222 867 1.5+ 1.3-
981022 504 0.5+ 0.2- 981212 118 0.5+ 0.4- 010222 867 0.3+ 0.6-
981024 360 0.0 0.4+ 981212 118 0.6+ 0.6- 010222 867 0.7+ 0.0
981024 360 0.0 0.5+ 981214 691 0.7- 0.3- 010226 867 0.4- 1.0-
981024 372 1.1- 0.9+ 981214 691 1.2- 0.4- 010226 867 0.3+ 0.1+
981024 886 0.4+ 0.8+ 981214 691 0.9- 0.4- 010226 867 0.0 0.1-
981024 886 (1.4- 2.0+) 981217 402 1.3+ 0.4- 010226 867 0.2- 0.2+
981024 897 0.2- 0.0 981217 402 1.5+ 0.3- 010320 867 (2.4+ 0.6-)
981024 897 0.3+ 0.2+ 981217 402 1.7+ 0.4- 010320 867 (2.1+ 0.1+)
NAKANO
**** Don't distribute anyone except personal use only ****
(C) Copyright 2001 OAA/ComputingSection
write mail from CFAD0::NAKANO on 2001-05-16 16:29:52(JST).
P/1998 S1 (LINEAR-Mueller)
Epoch 1998 Nov. 3.0 TT = JDT 2451120.5
T 1998 Nov. 2.76104 TT Nakano
q 2.5484173 (2000.0) P Q
n 0.10791248 Peri. 26.36720 +0.90209622 -0.43152705
a 4.3693978 Node 359.18358 +0.35644408 +0.74852082
e 0.4167578 Incl. 10.55988 +0.24324890 +0.50348882
P 9.13
From 254 observations 1998 Sept. 17-2000 Apr. 30, mean residual 0".57.
NAKANO
**** Don't distribute anyone except personal use only ****
(C) Copyright 2000 OAA/ComputingSection
write mail from CFAD0::NAKANO on 2000-12-24 02:39:41(JST).
P/1998 S1 (LINEAR-Mueller)
Epoch 1998 Nov. 3.0 TT = JDT 2451120.5
T 1998 Nov. 2.76551 TT Nakano
q 2.5484298 (2000.0) P Q
n 0.10790890 Peri. 26.36849 +0.90208678 -0.43154679
a 4.3694946 Node 359.18354 +0.35646029 +0.74851285
e 0.4167678 Incl. 10.55990 +0.24326016 +0.50348375
P 9.13
From 239 observations 1998 Sept. 17-2000 Jan. 10, mean residual 0".56.
NAKANO
**** Don't distribute anyone except personal use only ****
(C) Copyright 2000 OAA/ComputingSection
write mail from CFAD0::NAKANO on 2000-01-25 02:03:41(JST).
◎P/1998 S1の軌道です
２月14日の久万の中村彰正氏の観測で止まっていたこの彗星が，再び，
モドラ（10/11）と佐治の織部隆明氏（10/17と10/18）と中村氏（10/20）
によって観測されました．CCD 全光度は，それぞれ，18.6等，18.7等，
18.8等でした．
P/1998 S1 (LINEAR-Mueller)
Epoch 1998 Nov. 3.0 TT = JDT 2451120.5
T 1998 Nov. 2.76344 TT Nakano
q 2.5484262 (2000.0) P Q
n 0.10790939 Peri. 26.36813 +0.90209118 -0.43153757
a 4.3694815 Node 359.18332 +0.35645268 +0.74851747
e 0.4167669 Incl. 10.55981 +0.24325497 +0.50348479
P 9.13
From 230 observations 1998 Sept. 17-1999 Oct. 20, mean residual 0".55.
NAKANO
**** Don't distribute anyone except personal use only ****
(C) Copyright 1999 OAA/ComputingSection
write mail from CFAD0::NAKANO on 1999-10-21 21:22:48(JS
P/1998 S1 (LINEAR-Mueller)
Epoch 1998 Nov. 3.0 TT = JDT 2451120.5
T 1998 Nov. 2.75626 TT Nakano
q 2.5484103 (2000.0) P Q
n 0.10791249 Peri. 26.36628 +0.90210646 -0.43150563
a 4.3693976 Node 359.18313 +0.35642635 +0.74853116
e 0.4167593 Incl. 10.55971 +0.24323690 +0.50349180
P 9.13
From 204 observations 1998 Sept.17-1999 Jan. 28, mean residual 0".55.
P/1998 S1 (LINEAR-Mueller)
Epoch 1998 Nov. 3.0 TT = JDT 2451120.5
T 1998 Nov. 2.74813 TT Nakano
q 2.5484029 (2000.0) P Q
n 0.10791561 Peri. 26.36429 +0.90212396 -0.43146903
a 4.3693136 Node 359.18279 +0.35639617 +0.74854737
e 0.4167498 Incl. 10.55954 +0.24321621 +0.50349906
P 9.13
From 177 observations 1998 Sept. 17-Dec. 31, mean residual 0".53.
P/1998 S1 (LINEAR-Mueller)
Epoch 1998 Nov. 3.0 TT = JDT 2451120.5
T 1998 Nov. 2.65881 TT Nakano
q 2.5486342 (2000.0) P Q
n 0.10790397 Peri. 26.33496 +0.90232349 -0.43105165
a 4.3696276 Node 359.18566 +0.35604600 +0.74869299
e 0.4167388 Incl. 10.56147 +0.24298880 +0.50364003
P 9.13
From 155 observations 1998 Sept. 17-Nov. 25, mean residual 0".51.
戻ります。