OAA computing section circular NK 722 55P/Tempel-Tuttle
The following improved orbital elements, by S. Nakano, are from 378 observations 1366-1998, including planetary perturbations by Mercury to Neptune and three minor planets, Ceres, Pallas, Vesta, and non-gravitational effect of style II. The mean residual is +/- 2.55 arc seconds. The comet has passed 0.0072 AU from the Earth and 0.0054 AU from the Moon on 901 Oct. 13. See previous computations on NK 646 (1997) and NK 646R (1998), and also later version NK 722A (1999). Epoch = 1998 Mar. 8.0 TT T = 1998 Feb. 28.09702 +/- 0.00006 (m.e.) TT Peri. = 172.49739 +/- 0.00021 Node = 235.25826 +/- 0.00020 (2000.0) Inc. = 162.48612 +/- 0.00004 q = 0.9765868 +/- 0.0000007 AU e = 0.9055202 +/- 0.0000001 a = 10.3364584 +/- 0.0000009 AU n' = 0.02965831 +/- 0.00000000 P = 33.232 +/- 0.0000045 years A1 = -0.4895 +/- 0.0083 A2 = +0.009100 +/- 0.000003 [ T = 901 Sept.29.14295 TT Epoch = 901 Sept.10.0 TT Peri. = 160.49121 e = 0.9083332 Node = 219.88192 (2000.0) a = 10.4398449 AU Inc. = 162.39515 n'= 0.02921884 q = 0.9569870 AU P = 33.732 years ] [ T = 935 Jan. 25.85505 TT Epoch = 935 Feb. 4.0 TT Peri. = 160.51778 e = 0.9070591 Node = 220.01729 (2000.0) a = 10.3666356 AU Inc. = 162.37762 n'= 0.02952890 q = 0.9634847 AU P = 33.378 years ] [ T = 968 Mar. 16.32110 TT Epoch = 968 Mar. 2.0 TT Peri. = 160.36363 e = 0.9066939 Node = 220.09241 (2000.0) a = 10.3455834 AU Inc. = 162.38923 n'= 0.02961908 q = 0.9653055 AU P = 33.276 years ] [ T = 1001 June 9.91439 TT Epoch = 1001 June 17.0 TT Peri. = 160.34926 e = 0.9078829 Node = 220.26758 (2000.0) a = 10.4157751 AU Inc. = 162.31425 n'= 0.02932018 q = 0.9594705 AU P = 33.615 years ] [ T = 1035 Jan. 7.95906 TT Epoch = 1034 Dec. 21.0 TT Peri. = 160.50030 e = 0.9099972 Node = 220.40840 (2000.0) a = 10.5419697 AU Inc. = 162.30155 n'= 0.02879529 q = 0.9488064 AU P = 34.228 years ] [ T = 1069 Mar. 5.53737 TT Epoch = 1069 Feb. 20.0 TT Peri. = 161.72952 e = 0.9085341 Node = 221.82459 (2000.0) a = 10.4548512 AU Inc. = 162.46751 n'= 0.02915596 q = 0.9562625 AU P = 33.805 years ] [ T = 1102 June 26.40694 TT Epoch = 1102 June 7.0 TT Peri. = 162.45357 e = 0.9045205 Node = 222.62956 (2000.0) a = 10.2918823 AU Inc. = 162.55201 n'= 0.02985120 q = 0.9826635 AU P = 33.017 years ] [ T = 1135 Mar. 3.80941 TT Epoch = 1135 Mar. 6.0 TT Peri. = 162.59971 e = 0.9040247 Node = 222.90876 (2000.0) a = 10.2561687 AU Inc. = 162.43907 n'= 0.03000726 q = 0.9843394 AU P = 32.846 years ] [ T = 1167 Nov. 30.26629 TT Epoch = 1167 Dec. 3.0 TT Peri. = 162.59946 e = 0.9052576 Node = 223.09824 (2000.0) a = 10.3164047 AU Inc. = 162.31782 n'= 0.02974483 q = 0.9774007 AU P = 33.135 years ] [ T = 1201 Jan. 15.12763 TT Epoch = 1200 Dec. 29.0 TT Peri. = 162.82604 e = 0.9078140 Node = 223.30052 (2000.0) a = 10.4544362 AU Inc. = 162.30526 n'= 0.02915769 q = 0.9637530 AU P = 33.803 years ] [ T = 1234 Oct. 30.20611 TT Epoch = 1234 Nov. 1.0 TT Peri. = 163.77023 e = 0.9070492 Node = 224.42637 (2000.0) a = 10.4246334 AU Inc. = 162.15622 n'= 0.02928282 q = 0.9689783 AU P = 33.658 years ] [ T = 1268 Jan. 6.70758 TT Epoch = 1268 Jan. 7.0 TT Peri. = 164.02456 e = 0.9052414 Node = 224.72186 (2000.0) a = 10.3290975 AU Inc. = 162.12175 n'= 0.02969002 q = 0.9787713 AU P = 33.197 years ] [ T = 1300 Nov. 16.38165 TT Epoch = 1300 Nov. 14.0 TT Peri. = 163.84761 e = 0.9041913 Node = 224.74287 (2000.0) a = 10.2795491 AU Inc. = 162.15731 n'= 0.02990494 q = 0.9848707 AU P = 32.958 years ] [ T = 1333 Sept.12.34485 TT Epoch = 1333 Sept.22.0 TT Peri. = 163.83774 e = 0.9048386 Node = 224.90953 (2000.0) a = 10.3269791 AU Inc. = 162.05016 n'= 0.02969916 q = 0.9827301 AU P = 33.186 years ] T = 1366 Oct. 18.59509 TT Epoch = 1366 Oct. 19.0 TT Peri. = 164.43481 e = 0.9063664 Node = 225.42514 (2000.0) a = 10.4276288 AU Inc. = 162.22882 n'= 0.02927020 q = 0.9763766 AU P = 33.673 years [ T = 1400 May 20.14786 TT Epoch = 1400 June 2.0 TT Peri. = 165.73039 e = 0.9060382 Node = 226.78320 (2000.0) a = 10.4184418 AU Inc. = 161.93767 n'= 0.02930893 q = 0.9789354 AU P = 33.628 years ] [ T = 1433 July 30.49940 TT Epoch = 1433 Aug. 8.0 TT Peri. = 165.85430 e = 0.9047464 Node = 226.96082 (2000.0) a = 10.3426812 AU Inc. = 161.88803 n'= 0.02963155 q = 0.9851780 AU P = 33.262 years ] [ T = 1466 July 31.38886 TT Epoch = 1466 July 26.0 TT Peri. = 165.71049 e = 0.9043708 Node = 227.03182 (2000.0) a = 10.3203772 AU Inc. = 161.88798 n'= 0.02972766 q = 0.9869294 AU P = 33.155 years ] [ T = 1499 Sept. 6.27174 TT Epoch = 1499 Aug. 22.0 TT Peri. = 165.74585 e = 0.9055467 Node = 227.25632 (2000.0) a = 10.3905179 AU Inc. = 161.73244 n'= 0.02942716 q = 0.9814189 AU P = 33.493 years ] [ T = 1533 Feb. 25.26865 TT Epoch = 1533 Feb. 24.0 TT Peri. = 166.01091 e = 0.9078107 Node = 227.49616 (2000.0) a = 10.5167919 AU Inc. = 161.78485 n'= 0.02889876 q = 0.9695357 AU P = 34.106 years ] [ T = 1567 Mar. 13.31590 TT Epoch = 1567 Mar. 18.0 TT Peri. = 167.00521 e = 0.9067532 Node = 228.64688 (2000.0) a = 10.4631218 AU Inc. = 161.87618 n'= 0.02912139 q = 0.9756530 AU P = 33.845 years ] [ T = 1600 July 20.30014 TT Epoch = 1600 July 12.0 TT Peri. = 167.36630 e = 0.9044984 Node = 229.01619 (2000.0) a = 10.3558746 AU Inc. = 161.82563 n'= 0.02957494 q = 0.9890026 AU P = 33.326 years ] [ T = 1633 June 21.40102 TT Epoch = 1633 June 29.0 TT Peri. = 168.61916 e = 0.9045613 Node = 230.22112 (2000.0) a = 10.2993583 AU Inc. = 162.86609 n'= 0.02981871 q = 0.9829569 AU P = 33.053 years ] [ T = 1666 June 6.20502 TT Epoch = 1666 June 16.0 TT Peri. = 168.77286 e = 0.9057966 Node = 230.56085 (2000.0) a = 10.3621973 AU Inc. = 162.60499 n'= 0.02954788 q = 0.9761542 AU P = 33.356 years ] T = 1699 Oct. 11.21118 TT Epoch = 1699 Oct. 1.0 TT Peri. = 168.88696 e = 0.9080517 Node = 230.70334 (2000.0) a = 10.4852752 AU Inc. = 162.55013 n'= 0.02902915 q = 0.9641032 AU P = 33.952 years [ T = 1733 Oct. 1.79831 TT Epoch = 1733 Sept.13.0 TT Peri. = 170.29927 e = 0.9080187 Node = 232.22684 (2000.0) a = 10.4616130 AU Inc. = 162.95357 n'= 0.02912769 q = 0.9622725 AU P = 33.837 years ] [ T = 1767 Feb. 24.26471 TT Epoch = 1767 Feb. 7.0 TT Peri. = 170.98044 e = 0.9063019 Node = 232.91314 (2000.0) a = 10.3730087 AU Inc. = 162.82478 n'= 0.02950169 q = 0.9719314 AU P = 33.409 years ] [ T = 1800 Mar. 3.06714 TT Epoch = 1800 Mar. 6.0 TT Peri. = 170.88583 e = 0.9048423 Node = 232.96369 (2000.0) a = 10.2981758 AU Inc. = 162.86481 n'= 0.02982384 q = 0.9799507 AU P = 33.048 years ] [ T = 1833 Jan. 2.98608 TT Epoch = 1833 Jan. 12.0 TT Peri. = 170.81426 e = 0.9047714 Node = 233.11808 (2000.0) a = 10.3091021 AU Inc. = 162.70067 n'= 0.02977644 q = 0.9817215 AU P = 33.100 years ] T = 1866 Jan. 11.62113 TT Epoch = 1865 Dec. 30.0 TT Peri. = 170.89718 e = 0.9060822 Node = 233.25259 (2000.0) a = 10.3978316 AU Inc. = 162.69038 n'= 0.02939611 q = 0.9765418 AU P = 33.529 years [ T = 1899 July 1.98119 TT Epoch = 1899 July 5.0 TT Peri. = 172.20468 e = 0.9063755 Node = 234.59360 (2000.0) a = 10.3880369 AU Inc. = 162.85277 n'= 0.02943770 q = 0.9725744 AU P = 33.481 years ] [ T = 1932 July 12.70242 TT Epoch = 1932 Aug. 1.0 TT Peri. = 172.68761 e = 0.9051097 Node = 235.06108 (2000.0) a = 10.3126336 AU Inc. = 162.70792 n'= 0.02976115 q = 0.9785688 AU P = 33.117 years ] T = 1965 Apr. 30.00780 TT Epoch = 1965 Apr. 30.0 TT Peri. = 172.56352 e = 0.9044541 Node = 235.11505 (2000.0) a = 10.2738550 AU Inc. = 162.70653 n'= 0.02992981 q = 0.9816245 AU P = 32.931 years The following residuals in seconds of arc (or two decimals in units of degrees) are from the above orbital elements: 1366/ 971205 402 1.0+ 0.7+ 980123 143 0.3- 0.3- 661025 500 0.51+ 1.40+ X 971205 402 0.7+ 0.1+ 980123 504 0.4- 0.7- 661026 500 1.10- 0.48- X 971205 402 0.5+ 0.4- 980123 143 0.3- 0.8- 661027 500 0.35- 0.74- X 971205 402 0.3+ 0.1- 980123 143 0.2- 0.5- 661028 500 0.51+ 0.34- X 971205 372 0.8- 1.2+ 980123 143 0.3- 0.6- 661029 500 0.00- 0.21- X 971209 402 0.3- 0.3+ 980123 504 0.2- 0.5- 1699/ 971209 402 0.3+ 0.5+ 980123 143 0.6- 0.5- 991026 500 1.78- 3.53- Y 971209 402 0.2+ 0.3+ 980123 143 0.7- 0.6- 1865/ 971210 897 0.9- 0.2- 980123 143 0.3- 0.3- 651221 545 (6.0- 21.2+) 971210 897 0.1- 0.0 980123 143 0.6- 0.7- 651221 545 (3.3+ 31.0+) 971210 897 0.4- 0.0 980123 143 0.4- 0.6- 651221 545(26.0+ 4.4-) 971218 897 0.9+ 0.3+ 980123 143 0.2- 0.6- 651222 545(36.4+ 14.0-) 971218 897 0.2- 0.9- 980123 143 0.4- 0.3- 651222 545(15.2+ 47.4+) 971218 897 0.9+ 0.1- 980123 143 0.5- 0.3- 651222 545(31.0+ 16.5+) 971221 897 0.0 0.5- 980123 143 0.3- 0.5- 651222 055(17.4+ 33.9-) 971221 897 0.5+ 0.6+ 980123 143 0.5- 0.2- 651222 534(26.9+ 21.7-) 971221 897 0.2- 0.3- 980123 143 0.8- 0.6- 651223 534(14.7+ 26.9-) 971224 360 0.6+ 0.3- 980123 143 0.3- 0.2- 651223 534(26.3+ 20.9-) 971224 360 0.4+ 0.2- 980123 143 0.4- 0.7- 651225 534(17.0+ 9.4-) 971225 402 0.9+ 0.2+ 980123 143 0.3- 0.5- 651225 548(13.1+ 14.6-) 971225 402 0.6+ 0.1- 980123 143 0.2- 0.4- 651226 548(10.9+ 10.8-) 971225 402 0.7+ 0.0 980123 143 0.4- 0.7- 651226 055(15.5+ 7.1-) 971227 355 0.6+ 0.7- 980123 143 0.4- 0.9- 651226 548(11.9+ 12.4+) 971227 355 0.7+ 0.7- 980123 143 0.3- 0.4- 651226 534(16.4+ 13.6-) 971227 355 0.9+ 0.6- 980123 118 0.2- 1.2- 651226 055(16.6+ 0.5-) 971227 360 0.5+ 0.6- 980123 118 0.4- 0.9- 651227 055(19.1+ 11.4+) 971227 360 0.6+ 0.8- 980125 897 0.3- 0.3+ 651229 548(15.1+ 3.5+) 971227 897 0.8+ 0.3- 980125 897 0.1- 0.2+ 651229 548 6.1+ 4.7+ 971227 897 0.4+ 0.9- 980125 758 0.1+ 0.7- 1866/ 971227 897 0.6+ 1.0- 980125 758 0.2- 0.3- 660102 035(13.2+ 9.3-) 971228 372 0.6+ 0.6+ 980126 758 1.1+ 0.2- 660102 548 (7.5+ 14.2+) 971230 568 0.2- 1.0- 980126 118 (1.7+ 2.5-) 660102 547 2.0+ 8.2+ 971230 372 0.7- 0.7+ 980126 118 1.5+ 1.2- 660102 520 0.8- 8.1+ 971231 897 0.2+ 0.6- 980126 118 0.9+ 0.8- 660102 055(10.3+ 9.2-) 971231 897 0.3+ 0.7- 980126 145 (0.3- 2.5-) 660102 548 5.7+ 4.4- 971231 897 0.6+ 1.0- 980126 145 0.1- 0.9- 660103 531 3.6- 7.8- 1998/ 980126 145 (2.8- 2.8-) 660103 013 0.9+ 8.6+ 980101 046 0.4- 0.1- 980126 970 1.1- 0.3- 660104 548 6.8+ 0.9- 980101 046 0.4- 0.3- 980126 970 0.1+ 0.1- 660104 055 9.1+ 1.6- 980101 046 0.3- 0.2- 980126 970 0.1+ 0.3- 660104 055 5.1+ 5.8- 980101 758 0.0 0.2- 980126 970 1.3- 0.5+ 660104 520 3.2- 3.9+ 980101 758 0.6- 0.4- 980127 360 0.3+ 0.1- 660104 520 0.9- 7.7+ 980101 372 0.0 0.4- 980127 360 0.4+ 0.1+ 660104 534 3.0+ 0.4+ 980102 966 0.1+ 1.8- 980127 360 0.3+ 0.0 660104 013(10.2+ 4.5+) 980102 966 0.2- 0.5- 980127 758 (2.1+ 0.7-) 660104 534 0.7- 3.5+ 980102 355 0.6+ 0.7- 980128 758 0.3+ 0.4- 660105 548 2.0- 8.0+ 980102 355 0.3+ 0.0 980128 758 0.2+ 0.8- 660105 035 (5.4+ 14.6+) 980102 355 0.3+ 0.9- 980128 758 0.3- 0.3- 660105 055 4.2+ 0.9- 980102 867 0.6+ 0.6- 980129 758 0.5+ 0.1- 660105 520 4.6- 3.5+ 980102 867 0.6+ 0.5- 980129 758 0.4- 0.5- 660105 534 6.1- 4.8+ 980102 867 0.4+ 0.7- 980129 403 0.3+ 0.3- 660106 787 4.8- 0.9- 980105 352 0.5+ 0.0 980129 403 (2.2- 0.8-) 660106 547 (2.1+ 18.0+) 980105 352 0.3- 1.5- 980129 360 0.4- 1.3- 660106 534 1.1+ 2.0- 980105 352 0.1+ 0.4- 980129 360 0.3- 1.1- 660106 787 (0.4+ 11.2+) 980105 372 0.7- 1.5+ 980129 372 0.2- 0.6- 660107 787(10.1- 5.3+) 980105 897 0.7+ 0.5- 980129 126 0.4+ 1.1+ 660107 055(10.5+ 11.9+) 980105 897 0.9+ 0.5- 980129 126 1.3- 0.8+ 660107 531 (3.0+ 16.3-) 980105 897 0.5+ 0.9- 980130 402 0.0 0.4- 660107 531 (1.4- 21.6-) 980106 372 0.1+ 0.2+ 980130 402 0.2+ 0.3- 660107 531 (6.0- 23.6-) 980106 587 0.0 1.1- 980130 402 0.2+ 0.3- 660107 058 8.2+ 4.0+ 980106 587 0.4+ 0.7- 980130 758 0.3+ 0.3+ 660107 055(10.3+ 2.8-) 980107 561 0.4- 0.5- 980130 758 0.2+ 0.6+ 660107 545 2.6+ 5.8+ 980107 561 0.5- 0.6- 980131 758 0.1+ 0.2+ 660107 013 1.7+ 5.8- 980107 561 0.4- 0.6- 980131 355 0.4- 0.2- 660108 055 5.2+ 2.1- 980107 897 0.3+ 0.8- 980131 355 0.4- 0.1- 660109 787(14.0- 3.2-) 980107 897 0.3+ 0.3- 980131 355 0.3- 0.0 660109 058 2.5- 0.5+ 980107 897 0.3- 0.6- 980131 897 0.3+ 0.3+ 660109 055 1.6+ 1.2+ 980108 587 0.3+ 0.8- 980131 897 0.2- 0.4+ 660109 520 9.4- 5.8+ 980108 587 0.3+ 0.4- 980131 605 1.8- 1.7+ 660110 787(11.5- 10.3+) 980108 517 0.1- 1.3- 980131 605 1.1- 1.0+ 660110 058 7.8+ 0.5- 980108 517 0.1+ 1.3- 980131 605 1.1- 1.2+ 660110 058 5.0+ 3.4+ 980108 517 0.8+ 1.0- 980131 758 0.0 0.2- 660110 545 2.5- 8.3- 980108 517 1.2+ 1.1- 980131 758 0.9- 0.2+ 660110 545 3.8+ 6.6- 980109 403 0.3+ 0.1+ 980131 758 0.1- 0.7+ 660111 058 2.9- 6.6+ 980109 403 0.3- 0.8+ 980201 046 0.5- 0.5- 660111 055 (2.6+ 16.8+) 980109 897 1.3+ 0.6- 980201 046 0.3- 0.3+ 660112 534 3.4- 0.3+ 980109 897 0.8+ 0.1- 980201 046 0.1- 0.2- 660113 545 6.3- 6.3+ 980109 605 1.0+ 0.7- 980201 126 1.1- 0.5- 660114 787(15.7- 15.8-) 980109 605 0.7+ 1.6- 980201 126 1.6- 1.0+ 660114 787(12.4- 9.7-) 980109 605 1.2+ 0.5- 980201 126 (2.7+ 1.0+) 660114 066 6.7+ 2.5- 980109 143 (1.9+ 3.2-) 980203 691 (0.0 2.8-) 660115 789 1.9+ 1.8+ 980109 143 (1.4+ 4.1-) 980203 118 0.2+ 0.2+ 660115 066 1.0- 1.8+ 980109 143 (1.3+ 2.5-) 980203 118 0.2+ 0.1- 660115 545(10.8+ 7.3+) 980109 143 (1.3+ 3.0-) 980203 118 0.1- 0.0 660115 013 6.9- 6.2- 980109 143 (1.5+ 2.8-) 980204 897 0.4- 0.3- 660116 066 3.9- 5.0- 980109 143 (1.8+ 3.2-) 980204 897 0.4+ 0.0 660116 066 3.8+ 4.5+ 980109 143 (1.7+ 3.5-) 980205 046 0.3- 0.2- 660116 055 2.7+ 3.5+ 980109 143 (1.0+ 2.7-) 980205 046 0.2- 0.2- 660117 787 6.9- 5.0- 980109 143 (1.5+ 2.8-) 980205 046 0.2- 0.3- 660117 066 1.0+ 4.0- 980109 143 (1.6+ 3.6-) 980205 758 0.3- 0.4+ 660118 531(14.6- 5.7-) 980109 143 (1.0+ 2.5-) 980206 758 0.1- 0.3+ 660119 787 (2.5- 18.0+) 980109 143 (1.2+ 2.9-) 980206 758 0.2+ 0.5+ 660119 066 3.0- 7.1+ 980109 143 (1.1+ 4.2-) 980206 355 0.5- 0.1- 660119 055 7.5- 1.9- 980109 143 (1.2+ 2.2-) 980206 355 0.3- 0.4- 660119 531(31.0+ 2.2-) 980109 143 (1.5+ 2.9-) 980206 355 0.2+ 0.4- 660120 066 2.8+ 6.1- 980109 143 (1.7+ 3.1-) 980208 900 0.7- 0.1+ 660120 055 3.8- 2.8+ 980109 143 (1.2+ 2.7-) 980208 900 0.2+ 0.4+ 660120 055 (0.8- 10.2+) 980109 143 (1.1+ 2.8-) 980208 046 0.0 0.5- 660120 531(25.5- 5.0-) 980109 143 (1.5+ 2.4-) 980208 046 0.0 0.5- 660121 066 (6.3+ 99.4-) 980109 143 (1.2+ 2.5-) 980208 046 0.2- 0.5- 660121 066 (2.8+ 22.5+) 980109 145 1.0+ 0.1+ 980209 605 0.5+ 0.5- 660121 534 3.5- 3.3- 980109 145 (3.0+ 0.9-) 980209 605 0.8+ 1.6+ 660122 066 3.2- 0.3+ 980110 355 0.6+ 0.0 980209 605 0.5+ 1.4+ 660122 055 (4.6+ 10.2+) 980110 355 1.5+ 0.4- 980211 758 0.6+ 0.8+ 660123 066 (4.0+ 10.1-) 980110 355 0.9+ 0.3- 980211 758 0.6+ 1.0+ 660123 534 (8.8- 15.4-) 980110 145 0.5+ 0.3- 980211 758 1.2+ 0.8+ 660124 035(16.3+ 0.3+) 980110 145 1.0+ 0.6- 980211 360 0.1- 0.2- 660128 534(10.4- 12.4+) 980110 145 0.8+ 0.1- 980211 360 0.0 0.1- 660201 055 (6.8+ 33.4-) 980110 145 0.5+ 0.7- 980211 360 0.1+ 0.2+ 660203 066 0.3- 2.2+ 980110 145 0.4+ 0.8- 980212 504 0.8- 0.7- 660208 066 4.6- 5.8+ 980114 504 0.4+ 1.1- 980212 504 0.7- 0.3- 660208 066 1.6- 1.6+ 980114 504 0.5+ 0.2- 980212 504 0.7- 0.9- 660208 066(18.8- 19.2-) 980114 504 0.7+ 1.0- 980212 504 0.7- 0.8- 1965/ 980114 504 0.7+ 1.1- 980212 504 0.5- 0.6- 650630 074 3.1- 1.7- 980114 504 0.9+ 1.0- 980212 504 0.9- 0.3- 650630 675 3.0+ 0.2+ 980114 504 0.6+ 0.1- 980213 867 0.4- 0.1+ 650701 074 3.2- 4.5- 980114 504 0.3+ 0.5- 980213 867 0.8- 0.3+ 650726 675 2.7+ 1.8+ 980114 504 0.6+ 0.2- 980213 867 0.5- 0.3+ 1996/ 980115 970 0.2- 0.9- 980213 470 0.4- 0.4- 960512 809 3.2- 2.2+ 980115 970 0.5- 0.7- 980213 470 0.1- 0.4- 960512 809 2.7- 2.1+ 980115 970 0.2- 1.2- 980213 619 1.1+ 0.4+ 960512 809 3.0- 2.3+ 980115 970 0.5- 0.4- 980213 619 0.8+ 0.2+ 1997/ 980116 897 0.3- 0.6+ 980213 619 0.4+ 0.1+ 970304 568 1.5- 2.3+ 980116 897 0.3+ 1.3+ 980214 587 0.4- 0.0 970304 568 0.9+ 1.2+ 980116 897 0.3+ 1.4+ 980214 587 0.2- 0.1- 970304 568 0.4- 1.5+ 980116 355 0.0 0.5+ 980214 619 0.0 0.7- 970304 568 0.6- 1.6+ 980116 355 0.4+ 0.2+ 980214 619 0.1- 0.1- 970307 809 (2.4- 1.5+) 980116 355 0.1- 0.5+ 980214 619 0.7+ 0.1+ 970415 568 1.0- 1.7+ 980117 504 0.0 0.5+ 980215 403 0.4+ 0.5+ 970415 568 0.6- 1.5+ 980117 504 0.2- 0.1+ 980215 403 0.5- 0.3+ 970415 568 1.5- 1.8+ 980117 504 0.1- 0.5+ 980217 372 0.4+ 0.2- 970417 568 0.7- 1.1+ 980117 504 0.1- 0.1+ 980217 897 0.0 0.5- 970618 568 1.3- 1.2+ 980117 504 0.3- 0.5+ 980217 897 0.1- 0.4- 970618 568 1.0- 0.5+ 980117 504 0.3- 0.7+ 980217 758 0.1+ 1.0- 971107 867 0.6- 0.2+ 980117 504 0.4- 0.4+ 980218 758 0.4- 0.3- 971107 867 0.1- 1.6+ 980118 897 0.1+ 1.1+ 980218 758 0.1- 0.2- 971107 867 (0.3- 2.5+) 980118 897 0.3+ 0.9+ 980219 758 0.0 0.3+ 971108 867 0.0 0.2+ 980119 735 0.1+ 0.8- 980219 758 0.1+ 0.9+ 971108 867 0.6- 0.1- 980119 735 0.0 0.9- 980219 758 0.5+ 0.5+ 971109 360 0.4+ 0.4+ 980119 735 0.0 0.5- 980221 758 0.3+ 1.1+ 971109 360 0.5- 1.1+ 980120 897 0.5- 0.1+ 980221 758 0.8+ 0.8+ 971109 360 0.9- 0.0 980120 897 0.5- 0.3- 980222 900 0.0 0.8- 971202 897 1.8- 1.6+ 980120 897 0.4- 0.2- 980222 900 0.6- 0.4- 971202 897 0.8- 0.9+ 980121 758 0.3- 0.8+ 980227 118 1.6- 1.0- 971202 897 0.4+ 0.4+ 980121 758 1.3- 0.4+ 980227 118 0.5+ 1.3- 971202 897 1.1- 1.0+ 980121 758 0.8- 1.1+ 980302 897 0.5+ 0.2+ 971203 864 0.2- 0.5- 980123 504 0.3- 0.3- 980302 897 0.4+ 0.5- 971203 864 0.3+ 0.0 980123 504 0.0 0.1- 980302 360 0.1+ 0.1- 971203 372 0.3+ 0.5- 980123 504 0.6- 0.4- 980302 360 0.1+ 0.1- 971203 864 0.1- 0.9+ 980123 143 0.7- 0.9- 980702 402 1.7+ 2.5+ 971204 867 0.3+ 0.4+ 980123 504 0.4- 0.6- 980702 402 0.5+ 0.8+ 971204 402 1.0+ 0.3- 980123 143 0.3- 0.5- 980705 402 (1.2+ 6.5+) 971204 867 0.2+ 0.0 980123 143 0.7- 0.5- 980705 402 2.8+ 3.2+ 971204 867 0.2+ 0.0 980123 143 0.2- 0.6- 980705 402 2.1+ 3.2+ 971204 360 0.4+ 0.1+ 980123 504 0.2- 0.0 971204 360 0.6+ 0.6+ 980123 143 0.7- 0.8- ( ) -------- Rejected Obs.
Director, Computing Section Syuichi Nakano 1999 Nov. 17