54P/de Vico-Swift-NEAT Epoch 2009 Nov. 25.0 TT = JDT 2455160.5 T 2009 Nov. 28.50213 TT Kinoshita q 2.1719933 (2000.0) P Q n 0.1336558 Peri. 1.91014 +0.99990754 -0.01343285 a 3.7885889 Node 358.85310 +0.01064857 +0.87023568 e 0.4267013 Incl. 6.06837 +0.00845735 +0.49245246 P 7.37 From 133 observations 1965 Aug. 4-2009 Dec. 20, mean residual 0".71. Nongravitational parameters A1 = +0.63 +/- 0.03, A2 = +0.0677 +/- 0.0003. Residuals in seconds of arc J65804 689 1.6+ 0.3+ K02A27 170 (4.0- 5.2-) K09815 415 1.2- 0.3- J65804 693 0.7- 0.0 K02A29 372 (1.9- 2.2-) K09815 415 0.1+ 0.8+ J65804 689 0.3+ 0.4+ K02A29 372 (2.2- 2.3-) K09815 A77 0.2- 0.4- J65806 689 0.5+ 0.4- K02A29 372 (1.6- 2.0-) K09815 A77 0.2- 0.4+ J65806 689 0.3- 0.3- K02A31 735 0.3- 0.2+ K09815 A77 0.5- 0.4+ J65825 689 0.9- 0.3+ K02A31 735 0.2+ 0.3- K09817 415 1.5- 1.1- J65825 689 1.2- 0.5+ K02A31 735 0.4+ 0.3- K09817 415 0.6- 0.5- J65902 689 0.3+ 0.0 K02A31 644 0.2- 0.4+ K09817 415 0.5- 0.1- J65902 689 0.2+ 0.0 K02A31 644 0.6+ 0.2+ K09818 415 1.5- 0.1+ J65925 689 0.7+ 0.1+ K02A31 644 0.3- 0.4+ K09818 415 0.1- 0.9- J65925 689 0.8+ 0.0 K02A31 608 0.5+ 0.5+ K09821 204 0.0 0.1+ J65A15 689 0.9- 0.3+ K02A31 608 0.8+ 0.1+ K09823 215 0.1+ 1.8- J65A15 689 0.9- 0.3+ K02A31 608 0.6+ 0.3- K09827 204 0.6- 0.6- K02A04 704 0.9+ 0.4+ K02B02 372 0.1+ 0.9- K09827 204 0.3+ 0.3- K02A04 704 0.4- 0.4+ K02B04 349 0.3+ 1.0- K09919 204 0.1+ 0.2- K02A04 704 0.6+ 0.1+ K02B04 349 0.7+ 0.4- K09919 204 0.1- 0.6- K02A09 704 (2.6- 1.2+) K02B04 349 1.1- 0.0 K09920 900 (0.3- 3.2-) K02A09 704 (1.4- 2.5+) K02B04 349 0.1- 0.9- K09920 900 1.1+ 0.9+ K02A09 704 0.6+ 0.2- K02B04 608 0.7- 1.0+ K09922 291 0.1+ 0.0 K02A09 704 0.0 1.2+ K02B04 608 0.0 1.8+ K09922 291 0.5+ 0.1- K02A11 644 0.5- 0.1- K02B04 372 0.6- 1.3- K09922 291 0.2+ 0.2+ K02A11 644 0.7- 0.3- K02B04 608 0.4+ 1.3+ K09922 A77 0.4+ 0.9+ K02A11 644 0.4- 0.2+ K02B05 360 0.5+ 0.3- K09923 215 0.2+ 0.3+ K02A12 620 0.2- 0.3+ K02B05 360 0.3+ 0.5- K09925 291 0.1- 0.5- K02A12 620 0.7- 0.9- K02B05 213 0.6- 0.6+ K09925 291 0.1+ 0.2+ K02A12 620 0.2+ 0.5+ K02B05 213 (1.6- 3.5-) K09925 291 0.3- 0.0 K02A12 620 0.1- 0.8- K02B07 735 0.6- 0.5+ K09A08 E12 0.9+ 0.7- K02A12 673 0.8- 0.6+ K02B07 735 1.6+ 0.3- K09A08 E12 0.3- 0.2+ K02A12 673 0.5- 0.5+ K02B07 735 1.4+ 1.0+ K09A08 E12 1.0+ 1.6+ K02A12 673 0.6- 0.8+ K02B12 644 1.4- 0.2- K09A08 E12 0.2+ 0.2+ K02A12 658 0.6+ 0.5+ K02B12 644 1.1- 0.2- K09A09 A77 1.5+ 0.6- K02A12 658 0.0 0.5+ K02B12 704 0.5- 0.8+ K09A09 A77 0.7+ 0.1+ K02A12 658 0.3+ 0.3+ K02B12 644 0.3- 0.3+ K09A10 349 0.4+ 0.8+ K02A12 926 0.0 0.1- K02B12 704 0.1- 1.2- K09A10 349 1.1+ 1.8+ K02A12 926 0.5- 0.6- K02B12 704 1.9+ 0.6+ K09A16 D25 1.4+ 0.1- K02A12 J95 (2.0+ 0.2-) K02B12 704 0.5- 1.2- K09A16 D25 0.6+ 0.1+ K02A12 J95 0.1+ 0.0 K02B13 644 0.1+ 0.9+ K09A16 D25 (1.0- 2.6+) K02A12 J95 0.4+ 0.7- K02B13 644 0.3+ 0.1- K09A22 291 0.0 0.2- K02A13 170 1.0- 1.4- K02B13 644 0.1+ 0.6+ K09A22 291 0.1- 0.1- K02A13 170 1.6- 0.6- K02B26 372 (0.4+ 2.3-) K09A22 291 0.4- 0.4- K02A13 349 1.1+ 0.5- K02C26 H43 (2.6+ 0.5-) K09B08 I10 (2.2+ 0.6-) K02A13 349 0.6+ 0.2- K02C27 H43 (6.0+ 2.6+) K09B08 I10 0.8- 0.4- K02A13 372 0.8- 0.5+ K02C27 H43 (6.4- 1.0+) K09B10 I10 (5.7+ 7.8-) K02A13 349 (2.2- 0.3+) K02C27 360 0.1- 0.3+ K09B11 130 0.2- 0.8- K02A13 372 1.1+ 0.0 K02C27 360 (1.1+ 2.6+) K09C07 I10 0.3- 0.7- K02A14 360 0.8+ 0.3- K02C27 360 0.2- 1.5+ K09C07 I10 (5.6+ 1.1-) K02A14 360 0.5+ 0.1+ K02C28 H43 1.6- 1.7- K09C08 A77 0.6- 0.4+ K02A14 360 0.3- 0.4- K02C28 H43 (4.2- 4.3+) K09C11 372 0.0 0.3- K02A15 372 0.5- 1.4+ K03103 H43 (3.0- 2.4+) K09C15 A77 0.3- 1.8- K02A25 213 (1.6- 3.8+) K03103 H43 (4.3- 0.6+) K09C15 A77 (1.2- 2.1-) K02A25 213 (1.6+ 2.2-) K03124 A03 (4.9- 2.0+) K09C15 A77 0.3+ 0.9- K02A25 213 0.7- 1.4- K03124 A03 (9.6- 2.7-) K09C20 349 0.6+ 1.6- K02A26 608 1.0+ 1.0- K03205 H43 (4.9- 1.8-) K09C20 349 1.4+ 1.0- K02A27 170 0.4+ 0.5- K03205 H43 (5.2+ 2.9+) K02A27 170 (1.7- 2.4-) K09815 415 1.3+ 0.1-