Catalogue of geomagnetic pulsations of Pc1 type on observation data at the Antarctic Observatory "Mirny" E.T. MATVEYEVA and R.V. SHCHEPETNOV Geophysical Observatory Borok, Institute of Physics of the Earth RAS, Russia Data Time, UT Period Inten- Type Notes beginning end T,s sity hour min hour min 1963 1 2 14 52 14 58 2.2-2.0 C? s 1963 1 2 17 5 17 37 2.5 C s 1963 1 2 18 17 18 41 2.8 B s 1963 1 2 20 30 20 34 2.7 C b 1963 1 5 10 1 10 14 3.3 C s 1963 1 6 5 41 5 50 5.0 C-B s 1963 1 6 6 53 7 6 5.2 C s 1963 1 6 7 8 7 20 4.6 C-B s 1963 1 6 7 31 7 35 5.0 C-B b 1963 1 6 7 38 7 49 3.8 C s 1963 1 6 7 58 8 0 4.8 A b 1963 1 6 8 25 12 21 4.0 C s 1963 1 7 1 27 12 33 n/r 1963 1 8 19 58 20 5 2.6 C s 1963 1 9 6 59 9 36 5.0 B s 1963 1 9 12 22 13 39 2.8 C s 1963 1 10 1 40 13 22 n/r 1963 1 10 13 4 13 25 3.6 C s 1963 1 10 18 7 18 10 2.1 C b 1963 1 12 6 8 6 10 5.3 C b 1963 1 12 7 26 7 30 4.0 C s 1963 1 12 23 0 23 24 2.3 C s 1963 1 12 23 44 23 52 2.3 C? s 1963 1 13 3 0 12 30 disturbed 1963 1 14 1 30 12 33 disturbed 1963 1 17 10 19 10 21 1.8 B-A b 1963 1 19 11 14 11 39 2.6 C s 1963 1 20 10 6 12 30 n/r 1963 1 21 6 11 6 15 5.6 B b 1963 1 21 12 7 12 13 4.6 C s 1963 1 22 9 16 9 20 1.8 B-C b 1963 1 22 18 35 20 15 2.4 C s 1963 1 22 22 18 22 24 3.0 C s 1963 1 22 22 39 22 46 3.2 C s 1963 1 23 1 12 1 26 1.4 C s 1963 1 23 16 59 17 43 2.0 C s 1963 1 25 8 43 8 59 2.6 C s 1963 1 25 10 32 10 39 4.2 C s 1963 1 26 9 8 9 10 3.6 A b 1963 1 26 9 57 10 0 3.6 B-C b 1963 1 26 10 5 10 7 4.0 B b 1963 1 27 6 43 6 47 3.6 C b 1963 1 27 6 52 6 56 4.0 B b 1963 1 27 7 9 7 17 4.0 C s 1963 1 27 7 17 7 25 2.4 A-B s 1963 1 27 7 37 7 48 4.0 C s 1963 1 27 8 4 8 13 4.2 B-C s 1963 1 27 8 23 8 29 4.3 C s 1963 1 27 8 52 8 56 3.2 C-B b 1963 1 27 9 27 9 33 3.3 C s 1963 1 27 11 44 12 24 4.0 C s 1963 1 27 18 24 18 30 2.2 C s 1963 1 27 18 37 18 54 2.4 C s 1963 1 27 19 49 20 16 2.0 C-B s 1963 1 27 20 16 21 19 2.3 C-B s 1963 1 28 0 40 1 28 2.5 C s 1963 1 28 9 2 10 23 4.5 C s 1963 1 28 10 43 10 52 3.7 C s 1963 1 28 10 52 10 57 2.5 C s 1963 1 28 12 1 12 5 2.8 B-C b 1963 1 28 12 24 12 27 3.0 C b 1963 1 29 0 3 1 43 2.8 C? s 1963 1 29 6 13 6 17 4.0 C-B b 1963 1 29 6 19 6 25 3.8 C s 1963 1 29 6 39 6 44 4.5 C s 1963 1 29 6 51 7 0 4.5 C s 1963 1 29 7 30 7 32 4.0 C b 1963 1 29 8 5 8 9 4.0 C s 1963 1 29 19 10 19 17 1.9 C-B s 1963 1 29 19 42 19 55 1.8 C-B s 1963 1 29 20 15 20 23 2.0 C-B s 1963 1 30 1 28 11 53 n/r 1963 1 31 7 22 7 38 2.6 C-B s 1963 1 31 11 37 11 46 2.8 C s 1963 1963 2 1 1 39 12 56 n/r 1963 2 1 14 25 14 30 2.8 C s 1963 2 2 19 43 19 48 2.0 C s 1963 2 2 20 0 20 20 2.4-2.2 B-C s 1963 2 2 21 25 21 53 1.3 C s 1963 2 2 22 9 22 58 1.4 C s 1963 2 3 6 55 6 57 5.7 B-C b 1963 2 3 7 37 7 41 4.0 C b 1963 2 3 8 5 8 10 4.0 C b 1963 2 3 8 23 8 31 4.0 C s 1963 2 3 9 49 10 3 2.2 C s 1963 2 3 12 5 13 12 3.4 C s 1963 2 3 20 10 20 31 1.3 C s 1963 2 3 20 31 20 50 2.2 C s 1963 2 3 20 50 23 0 1.3-1.0 C s 1963 2 4 8 44 8 58 2.3 C-B s 1963 2 4 9 43 9 55 3.8 C-B s 1963 2 4 10 12 11 42 3.7 C-B s 1963 2 4 12 41 24 0 n/r 1963 2 5 0 0 7 56 n/r 1963 2 5 7 56 7 54 3.6 B s 1963 2 5 17 24 17 58 1.2-1.0 C? s 1963 2 5 19 58 20 7 1.5 C s 1963 2 6 0 55 24 0 n/r 1963 2 7 0 0 24 0 n/r 1963 2 8 0 0 24 0 n/r 1963 2 9 0 0 24 0 n/r 1963 2 10 0 0 24 0 n/r 1963 2 11 0 0 24 0 n/r 1963 2 12 0 0 24 0 n/r 1963 2 13 0 0 24 0 n/r 1963 2 14 0 0 24 0 n/r 1963 2 15 0 0 24 0 n/r 1963 2 16 0 0 24 0 n/r 1963 2 17 0 0 24 0 n/r 1963 2 18 0 0 12 32 n/r 1963 2 19 12 18 24 0 n/r 1963 2 20 0 0 3 48 n/r 1963 2 24 3 8 24 0 n/r 1963 2 25 0 0 2 11 n/r 1963 2 27 1 22 12 40 n/r 1963 1963 3 1 0 0 24 0 n/r 1963 3 2 0 0 24 0 n/r 1963 3 3 0 0 24 0 n/r 1963 3 4 0 0 24 0 n/r 1963 3 5 0 0 24 0 n/r 1963 3 6 0 0 24 0 n/r 1963 3 7 0 0 11 35 n/r 1963 3 7 11 35 24 0 disturbed 1963 3 8 0 0 24 0 disturbed 1963 3 9 0 0 2 15 disturbed 1963 3 9 2 15 14 0 n/r 1963 3 11 0 2 24 0 n/r 1963 3 12 0 0 24 0 n/r 1963 3 13 0 0 14 41 n/r 1963 3 13 14 41 24 0 disturbed 1963 3 14 0 0 14 0 disturbed 1963 3 14 14 0 24 0 n/r 1963 3 15 0 0 3 28 n/r 1963 3 15 3 28 24 0 disturbed 1963 3 16 0 0 3 21 disturbed 1963 3 16 3 21 24 0 n/r 1963 3 17 0 0 24 0 n/r 1963 3 18 0 0 12 51 n/r 1963 3 23 8 30 9 30 2.0 C s 1963 3 25 7 0 7 5 4.0 B s 1963 3 25 8 10 8 15 3.0 B s 1963 3 28 6 25 6 28 2.5 C-B b 1963 3 28 6 35 6 41 2.3 C-B s 1963 3 28 6 47 6 49 2.3 B b 1963 3 28 7 7 7 10 2.2 C b 1963 3 28 9 15 10 21 3.0 C s 1963 3 29 9 55 10 20 3.0 C-B s 1963 3 30 8 43 8 46 4.5 C-B b 1963 1963 4 2 5 0 22 0 disturbed 1963 4 3 1 41 13 24 n/r 1963 4 4 10 0 10 47 3.4 C s 1963 4 5 3 0 9 0 disturbed 1963 4 7 12 0 24 0 noise 1963 4 8 0 0 24 0 noise 1963 4 9 0 0 24 0 noise 1963 4 10 0 0 24 0 noise 1963 4 11 0 0 24 0 noise 1963 4 12 0 0 6 30 noise 1963 4 12 12 0 24 0 noise 1963 4 13 0 0 10 0 noise 1963 4 14 14 10 24 0 noise 1963 4 15 14 0 24 0 noise 1963 4 16 0 0 17 0 noise 1963 4 16 22 30 24 0 noise 1963 4 17 0 0 6 0 noise 1963 4 17 17 0 24 0 noise 1963 4 18 0 0 19 0 noise 1963 4 19 10 17 10 50 5.0 B s 1963 4 20 15 30 21 20 noise 1963 4 21 2 0 7 0 noise 1963 4 21 10 42 13 47 n/r 1963 4 21 20 0 24 0 noise 1963 4 22 0 0 3 0 noise 1963 4 22 9 30 24 0 noise 1963 4 23 0 0 24 0 noise 1963 4 24 0 0 24 0 noise 1963 4 26 6 31 12 32 n/r 1963 4 27 22 56 24 0 n/r 1963 4 28 0 0 24 0 n/r 1963 4 29 0 0 2 43 n/r 1963 4 29 21 0 24 0 noise 1963 4 30 0 0 24 0 noise 1963 5 1 6 0 12 0 noise 1963 5 1 12 19 24 0 noise 1963 5 2 0 0 21 0 noise 1963 5 3 19 49 24 0 noise 1963 5 4 0 0 18 0 noise 1963 5 5 7 0 24 0 noise 1963 5 6 0 0 24 0 noise 1963 5 7 0 0 23 0 noise 1963 5 8 7 44 7 46 3.3 C b 1963 5 8 8 0 24 0 noise 1963 5 9 0 0 16 30 noise 1963 5 9 21 30 24 0 noise 1963 5 10 0 0 3 0 noise 1963 5 10 8 0 19 0 noise 1963 5 11 7 40 7 51 3.0 C s 1963 5 12 8 0 24 0 noise 1963 5 13 0 0 5 0 noise 1963 5 13 7 0 24 0 noise 1963 5 14 0 0 18 30 noise 1963 5 15 2 0 24 0 noise 1963 5 16 14 0 18 0 noise 1963 5 17 3 0 24 0 noise 1963 5 18 0 0 24 0 noise 1963 5 19 0 0 24 0 noise 1963 5 20 0 0 24 0 noise 1963 5 21 0 0 24 0 noise 1963 5 22 0 0 24 0 noise 1963 5 23 0 0 1 27 noise 1963 5 23 5 32 5 41 4.5 C s 1963 5 23 5 58 6 9 4.0 C s 1963 5 23 13 0 17 30 noise 1963 5 23 23 30 24 0 noise 1963 5 24 0 0 10 0 noise 1963 5 25 2 5 24 0 n/r 1963 5 26 0 0 16 38 n/r 1963 5 27 2 7 24 0 n/r 1963 5 28 0 0 24 0 n/r 1963 5 29 0 0 17 38 n/r 1963 5 30 2 23 18 1 n/r 1963 1963 6 2 1 42 1 45 2.5 C b 1963 6 2 11 56 12 11 3.7 C s 1963 6 4 7 18 7 24 3.4 C s 1963 6 4 13 17 24 0 n/r 1963 6 5 0 0 4 0 n/r 1963 6 5 4 11 4 55 2.8 C? s 1963 6 5 9 44 10 24 3.2 C? s 1963 6 6 6 10 6 19 2.7 B-C s 1963 6 6 6 57 7 39 2.5 B-C s 1963 6 6 7 51 7 53 2.4 C b 1963 6 6 7 57 7 59 2.5 C b 1963 6 7 8 55 8 58 3.3 C-B b 1963 6 7 9 24 9 26 3.1 C-B b 1963 6 8 9 35 9 41 1.7 C s 1963 6 8 9 47 9 48 1.8 B b 1963 6 8 10 16 10 22 2.0 C s 1963 6 8 10 53 11 9 1.3 C s 1963 6 8 11 28 13 2 1.5 C s 1963 6 9 15 15 15 37 2.0 C? s 1963 6 10 8 4 8 38 1.8 C s 1963 6 10 23 10 23 22 1.6 C s 1963 6 11 0 24 0 42 1.6 C s 1963 6 11 6 38 6 42 3.2 A-B s 1963 6 11 7 4 7 6 3.1 A b 1963 6 11 7 22 7 25 3.2 B-A s 1963 6 11 7 26 7 28 4.0 A s 1963 6 13 15 49 16 42 1.5-1.4 C? s 1963 6 13 19 29 20 9 1.5 C s 1963 6 14 2 16 2 54 2.2 C s 1963 6 14 7 18 7 22 3.0 A-C b 1963 6 14 22 47 23 55 1.5-1.7 C s 1963 6 18 3 2 3 6 1.8 C s 1963 6 18 3 15 3 19 1.6 C s 1963 6 18 12 42 13 7 2.0 C s 1963 6 21 4 9 4 12 2.8 C b 1963 6 21 9 37 10 6 2.2 C s 1963 6 21 11 57 12 36 2.2 C? s 1963 6 21 12 36 15 2 1.8-2.0 C s 1963 6 24 5 57 5 59 3.3 C-B b 1963 6 22 8 8 8 19 1.7 C s 1963 6 22 8 28 8 51 1.7 C s 1963 6 23 1 44 2 22 1.7 C s 1963 6 24 5 57 5 59 3.3 C-B b 1963 6 24 8 0 8 1 3.5 B b 1963 6 24 8 8 8 10 4.3 B-C b 1963 6 24 15 42 16 1 1.3 C s 1963 6 26 16 56 17 16 1.5 C s 1963 6 27 1 0 5 45 n/r 1963 6 27 14 22 14 31 1.7 C? s 1963 6 28 11 12 12 27 2.2-2.0 C s 1963 1963 7 2 6 0 6 2 4.4 B b 1963 7 2 11 4 11 6 6.2 C b 1963 7 3 4 15 4 33 2.8 C? s 1963 7 3 4 59 5 1 2.8 C? b 1963 7 3 5 25 5 28 3.0 C b 1963 7 4 9 13 9 23 3.0 C-B s 1963 7 4 10 16 11 51 2.2-2.0 C-B s 1963 7 4 12 6 12 29 1.7 C? s 1963 7 5 13 4 13 54 1.6 C s 1963 7 7 7 1 7 7 3.6 C? s 1963 7 10 12 14 12 58 2.4 C s 1963 7 11 12 34 12 44 1.7 C? s 1963 7 12 1 42 2 16 1.7 C? s 1963 7 12 7 11 7 29 2.5 C s 1963 7 12 9 14 9 40 2.5 C s 1963 7 13 0 36 0 57 2.0 C? s 1963 7 13 1 23 3 17 2.2-2.4 C s 1963 7 13 14 39 15 19 1.6-2.0 C? s 1963 7 14 11 40 12 19 1.6-1.4 C s 1963 7 14 12 35 12 52 1.6 C? s 1963 7 15 6 13 6 50 3.0 C s 1963 7 15 23 39 23 54 1.4 C s 1963 7 18 7 42 7 48 3.0 C b 1963 7 18 7 59 8 2 3.0 C b 1963 7 18 8 16 8 20 2.9 C-B s 1963 7 20 11 35 12 0 1.7 C s 1963 7 20 19 9 19 19 1.8 C s 1963 7 21 12 2 12 8 1.4 C s 1963 7 21 12 18 12 20 1.3 C s 1963 7 23 18 36 18 49 1.7 C s 1963 7 24 8 30 8 33 3.7 C b 1963 7 24 8 51 8 53 2.0 A b 1963 7 29 0 8 0 43 1.7 C-B s 1963 7 29 3 53 4 32 2.7-2.8 C-B s 1963 7 29 7 0 7 50 3.5 C-B s 1963 7 29 9 7 9 45 2.6 C s 1963 7 29 10 34 11 15 2.5 C s 1963 7 30 1 57 2 49 1.3 C s 1963 7 30 8 53 9 17 2.0 C s 1963 7 30 11 39 12 5 2.9 C s 1963 7 31 15 10 15 17 2.2 C s 1963 7 31 15 55 16 55 2.0 C s 1963 7 31 16 55 17 10 1.6 C s 1963 7 31 17 25 18 0 1.5 C s 1963 1963 8 2 9 9 9 12 2.6 C b 1963 8 3 6 31 6 33 3.6 B b 1963 8 3 7 55 7 57 2.7 C b 1963 8 5 14 17 14 29 2.0 C s 1963 8 5 14 29 14 54 2.4 C s 1963 8 6 11 40 12 40 2.0-1.9 C s 1963 8 6 13 39 13 57 1.5-1.6 C s 1963 8 7 23 27 23 40 1.4 C s 1963 8 8 2 8 2 23 1.4 C s 1963 8 8 7 40 7 42 3.2 B b 1963 8 9 5 20 6 13 2.8 C s 1963 8 9 10 40 11 36 3.5 C? s 1963 8 9 21 34 21 50 1.6 C? s 1963 8 9 22 10 22 38 2.0 C? s 1963 8 10 20 50 21 24 1.4-1.5 C-B s 1963 8 11 7 44 8 34 1.7 C-B s 1963 8 11 13 17 13 40 1.7 C? s 1963 8 12 7 12 7 14 3.8 C-B b 1963 8 12 7 23 7 24 3.4 B b 1963 8 12 7 45 7 53 4.2 C s 1963 8 12 8 8 8 14 3.9 C s 1963 8 15 13 20 13 42 1.4 C s 1963 8 16 0 48 1 15 1.5 C s 1963 8 16 1 30 2 24 1.4-1.5 C s 1963 8 17 7 4 7 9 2.9-3.0 B-A s 1963 8 17 7 22 7 24 3.3 A b 1963 8 17 7 32 7 36 3.3 B b 1963 8 17 7 42 7 44 3.4 C-B b 1963 8 17 7 59 8 2 3.5 C b 1963 8 17 8 8 8 13 3.8 C s 1963 8 17 8 31 8 34 3.0 C b 1963 8 17 9 18 9 22 2.5 C-B b 1963 8 17 9 35 9 38 2.2 C b 1963 8 17 10 35 10 41 2.7 C b 1963 8 18 17 38 18 6 1.7 C s 1963 8 18 19 22 19 28 1.8 C? s 1963 8 19 22 52 23 41 2.1 C? s 1963 8 20 11 39 11 43 2.3 C s 1963 8 20 11 47 12 32 1.9-1.7 C-B s 1963 8 20 16 3 17 48 1.5 C s 1963 8 20 18 8 18 32 1.5 C? s 1963 8 21 0 2 0 32 1.6 C? s 1963 8 21 2 10 2 17 2.0 C s 1963 8 21 10 18 10 30 3.9 B-C s 1963 8 21 10 39 11 2 2.0 C s 1963 8 21 11 51 12 4 1.3 C? s 1963 8 21 14 21 15 26 1.8 C s 1963 8 21 16 8 17 23 1.4 C s 1963 8 21 17 23 17 46 2.0 C? s 1963 8 21 17 46 18 29 2.8 C? s 1963 8 21 18 47 19 3 1.2 C? s 1963 8 21 19 59 20 21 1.2 C? s 1963 8 21 21 43 21 57 0.8 C? s 1963 8 21 22 58 23 26 1.3 C? s 1963 8 21 23 37 24 0 1.5 C? s 1963 8 22 0 0 0 14 1.5 C? s 1963 1963 9 1 11 17 11 20 2.0 C b 1963 9 1 13 3 13 13 1.4 C s 1963 9 1 14 24 14 29 1.4 C? s 1963 9 2 5 50 5 54 3.8 C s 1963 9 2 17 8 17 54 2.0 C? s 1963 9 2 21 23 21 54 2.0 C s 1963 9 3 0 53 1 16 1.8-2.0 C? s 1963 9 3 11 56 12 2 1.2 C s 1963 9 4 2 21 2 29 1.8-2.0 C s 1963 9 4 2 55 3 18 1.0 C s 1963 9 4 6 40 6 43 4.2 A s 1963 9 4 6 46 9 37 3.0 C s 1963 9 4 11 46 11 48 3.0 C b 1963 9 4 15 16 15 53 1.8 C? s 1963 9 4 17 8 17 19 1.8 C? s 1963 9 5 0 6 0 33 2.0 C s 1963 9 5 8 24 8 29 3.0 C s 1963 9 5 12 14 15 6 2.2 C s 1963 9 5 15 35 16 31 2.0 C s 1963 9 6 22 49 22 54 1.4 C s 1963 9 7 4 12 6 56 2.0 C s 1963 9 7 10 50 11 0 1.3 C? s 1963 9 7 11 45 12 5 3.0 C? s 1963 9 7 12 5 14 35 2.0 C s 1963 9 7 16 49 17 12 2.2 C? s 1963 9 8 1 38 1 54 1.0 C s 1963 9 8 2 2 7 53 n/r 1963 9 8 20 48 24 0 n/r 1963 9 9 0 0 1 54 n/r 1963 9 9 12 39 12 47 1.0 C s 1963 9 9 14 20 14 36 2.0 C s 1963 9 9 20 15 20 26 1.6 C s 1963 9 9 23 50 24 1 1.8 C s 1963 9 10 2 24 2 45 3.0 C s 1963 9 10 7 22 7 25 2.7 B-A b 1963 9 10 8 41 8 45 3.5 B b 1963 9 10 8 50 8 59 3.3 B s 1963 9 10 9 2 9 16 3.0 B s 1963 9 10 9 21 9 27 3.0 B-C s 1963 9 10 13 55 14 39 2.4 C s 1963 9 10 14 39 15 28 2.0-1.8 C s 1963 9 11 0 29 0 39 1.8 C? s 1963 9 11 14 47 14 51 1.6 C s 1963 9 13 6 9 6 12 4.3 C s 1963 9 13 6 39 6 42 3.8 B b 1963 9 13 7 44 7 48 2.9 B b 1963 9 13 9 0 9 4 3.2 C b 1963 9 13 9 29 9 35 3.9 C-B s 1963 9 13 23 47 24 0 1.9 C-B s 1963 9 14 0 0 0 14 1.9-2.0 B-C s 1963 9 14 5 0 9 29 disturbed 1963 9 14 21 33 22 30 2.0 C s 1963 9 15 0 59 1 36 1.7 B-C s 1963 9 15 3 0 11 30 disturbed 1963 9 16 2 25 2 37 2.0 C s 1963 9 16 2 37 10 31 disturbed 1963 9 16 17 22 18 23 1.0 C s 1963 9 17 2 0 13 30 disturbed 1963 9 17 20 5 20 11 1.4 C s 1963 9 14 23 23 23 54 2.0 C s 1963 9 18 3 0 9 0 disturbed 1963 9 15 9 5 9 14 1.8 C s 1963 9 18 13 31 13 48 2.0 C s 1963 9 18 18 7 24 0 n/r 1963 9 19 0 0 1 0 n/r 1963 9 19 5 30 12 0 disturbed 1963 9 19 14 0 24 0 n/r 1963 9 20 0 0 1 50 n/r 1963 9 20 4 0 10 0 disturbed 1963 9 20 14 26 14 36 1.6 C s 1963 9 21 5 0 7 33 disturbed 1963 9 21 14 0 24 0 n/r 1963 9 22 0 0 24 0 n/r 1963 9 23 0 0 24 0 n/r 1963 9 24 0 0 24 0 n/r 1963 9 25 0 0 24 0 n/r 1963 9 26 0 0 24 0 n/r 1963 9 27 0 0 14 17 n/r 1963 9 27 14 17 15 45 1.8-1.6 C s 1963 9 27 17 42 18 33 1.0 C s 1963 9 28 10 57 10 59 1.8 A b 1963 9 29 8 36 8 40 3.3 B s 1963 9 29 13 20 14 9 1.7-1.3 B-C s 1963 9 29 14 9 15 4 1.6-1.3 C s 1963 9 29 15 33 15 56 1.1 C s 1963 9 29 16 19 16 59 1.0 C s 1963 9 29 17 37 17 52 1.2 C s 1963 9 29 21 40 23 23 2.0 C s 1963 9 30 3 0 7 0 disturbed 1963 9 30 12 33 13 24 1.7-1.5 C-B s 1963 9 30 13 31 13 43 1.4 C? s 1963 9 30 14 7 15 42 2.3-2.0 C? s 1963 9 30 17 51 18 9 2.0 C? s 1963 9 30 19 20 20 0 1.3 C? s 1963 9 30 21 46 22 20 2.0 C? s 1963 9 30 22 54 24 0 1.7-2.0 C s 1963 1963 10 1 0 0 0 9 2.2 C s 1963 10 1 0 9 0 38 1.3 C s 1963 10 1 0 38 1 47 2.5 C s 1963 10 1 8 7 8 10 3.8 B-C s 1963 10 1 8 17 8 20 3.3 B s 1963 10 1 10 58 11 3 1.6 C? s 1963 10 1 16 53 17 46 0.8 C? s 1963 10 1 18 23 18 43 1.3-1.1 C s 1963 10 1 22 20 24 0 1.5-1.7 B-C s 1963 10 2 0 0 3 4 1.5-1.7 B-C s 1963 10 2 3 4 4 12 1.4 C s 1963 10 2 6 59 7 5 4.3 C s 1963 10 2 7 8 7 54 1.7 C? s 1963 10 2 7 54 11 14 2.0 B s 1963 10 2 11 14 13 26 1.2 C s 1963 10 2 13 39 15 23 1.1 C s 1963 10 2 19 26 20 48 1.6 C? s 1963 10 2 21 53 24 0 1.1-0.8 C s 1963 10 3 0 0 0 16 1.1-0.8 C s 1963 10 3 0 16 1 56 2.3-2.0 C-B s 1963 10 3 6 43 9 1 2.2-2.5 C s 1963 10 3 9 1 10 51 3.3-3.2 B s 1963 10 3 11 21 11 31 1.2 C s 1963 10 3 22 42 24 0 0.9-1.0 C-B s 1963 10 4 0 0 0 3 0.9-1.0 C-B s 1963 10 4 0 3 0 34 2.3 C s 1963 10 4 9 22 10 26 3.1-3.3 C s 1963 10 4 10 35 11 24 4.0-4.3 C s 1963 10 4 12 34 12 59 2.6-2.7 C? s 1963 10 4 18 18 20 34 1.2-1.4 C s 1963 10 5 2 22 5 21 2.6-3.0 C s 1963 10 5 5 21 8 5 2.0-2.0 C s 1963 10 5 8 5 10 34 2.7-3.0 B s 1963 10 5 10 34 12 48 2.8-3.3 B-C s 1963 10 5 20 24 24 0 1.6-1.8 B s 1963 10 6 0 0 0 45 1.6-1.8 B s 1963 10 6 7 42 11 0 3.4-4.0 A-B s 1963 10 6 16 50 21 22 1.4-1.9 C? s 1963 10 6 21 57 23 16 1.3-1.4 C s 1963 10 7 8 35 10 57 2.0-2.3 C s 1963 10 7 15 32 18 10 1.6-1.8 C? s 1963 10 7 21 31 22 45 1.5-1.7 C s 1963 10 7 23 42 24 0 0.6 C? s 1963 10 8 0 0 0 39 0.6 C? s 1963 10 8 10 8 11 43 4.0 C s 1963 10 8 15 7 15 32 1.6 C? s 1963 10 8 20 7 20 35 1.0 C? s 1963 10 9 5 24 9 25 3.6 B-C s 1963 10 9 9 25 11 44 2.4 C s 1963 10 10 7 0 10 0 2.5 B s 1963 10 10 10 0 13 51 3.0 C s 1963 10 10 14 41 14 55 2.4-2.6 C s 1963 10 10 18 3 19 4 2.0 C s 1963 10 10 20 22 22 53 1.8 C s 1963 10 12 15 29 15 32 2.4 C b 1963 10 12 15 42 17 34 2.2 C s 1963 10 12 19 29 21 36 2.4-2.3 C s 1963 10 13 1 30 13 30 disturbed 1963 10 13 10 0 13 10 2.2-2.3 C s 1963 10 13 14 34 15 10 3.0 C s 1963 10 13 15 30 18 17 1.8 C s 1963 10 13 22 30 24 0 disturbed 1963 10 14 0 0 10 0 disturbed 1963 10 14 10 42 10 45 2.8 C b 1963 10 14 16 10 18 4 2.4 C s 1963 10 14 18 24 18 52 2.0 C s 1963 10 14 21 57 22 3 2.4 C s 1963 10 15 4 22 4 23 4.4 C b 1963 10 15 6 16 7 32 2.0 C s 1963 10 16 0 0 0 31 2.0 C? b 1963 10 16 4 34 4 35 3.7 B b 1963 10 16 5 0 8 30 disturbed 1963 10 16 19 2 20 8 1.6-1.7 C? s 1963 10 16 22 15 22 24 2.3 C s 1963 10 16 22 47 22 54 2.3 C s 1963 10 17 0 10 0 16 3.2 C s 1963 10 17 13 41 15 23 2.0 C? s 1963 10 17 15 55 16 6 1.4 C s 1963 10 17 20 33 22 9 1.4-1.3 C s 1963 10 18 4 11 8 14 2.5 B s 1963 10 18 8 51 9 37 5.0-4.6 C s 1963 10 18 13 7 20 58 2.3 C? s 1963 10 18 21 13 22 32 1.8-2.2 B s 1963 10 19 1 43 2 53 1.6-1.8 C s 1963 10 19 4 31 10 33 4.4-4.6 B-C s 1963 10 19 11 41 12 56 1.7-2.0 C? s 1963 10 19 14 49 15 55 1.0-1.3 C? s 1963 10 19 16 36 18 16 2.0-1.7 C s 1963 10 19 18 24 22 2 1.9-2.1 C s 1963 10 20 6 10 8 39 2.3-2.0 C s 1963 10 20 11 36 14 19 3.0-2.5 C s 1963 10 20 16 33 20 0 2.0 B-C s 1963 10 20 20 19 21 24 2.0-2.2 C s 1963 10 21 5 19 5 34 4.5-4.4 C s 1963 10 21 6 15 8 49 2.0 C s 1963 10 21 8 49 9 55 3.0 B s 1963 10 21 15 32 15 54 1.8 C s 1963 10 21 17 21 18 48 2.0-2.4 C? s 1963 10 22 6 0 9 5 2.8 C s 1963 10 22 14 51 15 9 1.6 C? s 1963 10 22 15 37 16 1 1.3 C? s 1963 10 22 18 31 19 36 1.7 C? s 1963 10 23 2 10 2 16 2.2 C s 1963 10 23 7 55 9 44 2.2 B-C s 1963 10 23 11 18 13 5 2.2-2.4 C? s 1963 10 24 4 20 14 54 1.6 C? s 1963 10 24 14 54 14 59 1.2 C s 1963 10 24 16 11 16 56 2.0-1.7 C s 1963 10 24 23 24 23 26 2.0 C b 1963 10 25 5 30 7 0 disturbed 1963 10 25 11 18 11 22 2.2 C s 1963 10 25 12 1 13 7 2.0-1.6 C s 1963 10 25 13 38 16 57 1.4-1.6 C? s 1963 10 25 18 3 18 16 2.2 C s 1963 10 25 19 35 19 39 1.5 C b 1963 10 26 6 39 6 47 3.5-3.6 C s 1963 10 26 7 46 8 15 3.2 B-C s 1963 10 26 12 44 13 16 2.2 C s 1963 10 27 11 17 12 27 3.3 C s 1963 10 27 13 38 14 29 1.9 C? s 1963 10 27 17 50 18 5 2.0 C? s 1963 10 27 18 21 18 22 1.5 C b 1963 10 28 9 24 11 1 3.4-3.3 C s 1963 10 29 3 24 5 9 2.0 C s 1963 10 29 5 9 11 2 4.0 B s 1963 10 29 14 0 24 0 disturbed 1963 10 30 0 0 7 0 disturbed 1963 10 30 7 0 12 42 2.3-2.6 C s 1963 10 31 5 12 8 10 3.2-3.3 B s 1963 10 31 8 10 11 58 2.0 C? s 1963 1963 11 1 1 0 2 0 1.4 C? s 1963 11 1 6 24 8 16 3.2 C s 1963 11 1 9 37 9 45 2.5 C s 1963 11 1 10 35 11 40 4.0 C s 1963 11 2 14 29 14 32 2.0 C b 1963 11 2 14 46 14 50 2.0 C b 1963 11 2 15 6 15 26 2.0 C s 1963 11 2 16 4 17 32 1.8 C s 1963 11 2 18 8 18 34 2.0 C s 1963 11 2 19 20 21 0 2.4 C s 1963 11 3 4 0 12 11 disturbed 1963 11 3 18 2 20 25 2.4 C s 1963 11 3 21 58 23 32 1.0 C s 1963 11 4 8 3 11 10 3.0 C s 1963 11 4 12 3 12 48 2.0 C s 1963 11 4 13 24 13 49 2.0 C s 1963 11 4 14 5 14 10 2.0 C s 1963 11 4 15 13 16 16 1.6 C s 1963 11 4 16 51 19 10 1.4 C s 1963 11 4 19 10 21 12 2.0 C s 1963 11 4 21 43 24 0 1.6 C s 1963 11 5 0 0 0 7 1.6 C s 1963 11 5 0 18 1 19 1.3-1.2 C s 1963 11 5 7 45 9 48 4.0 C-B s 1963 11 5 14 37 14 46 2.0 C s 1963 11 5 15 30 15 54 2.0 C s 1963 11 5 16 12 16 33 2.0 C s 1963 11 5 17 42 18 3 0.8 C? s 1963 11 5 19 12 20 34 2.0 C s 1963 11 6 5 32 5 38 2.0 C s 1963 11 6 6 54 10 6 2.0 C s 1963 11 6 17 18 20 24 1.2 C s 1963 11 6 22 51 24 0 0.8 C s 1963 11 7 0 0 0 6 0.8 C s 1963 11 7 9 59 10 46 4.0 C s 1963 11 7 13 4 14 38 1.4 C s 1963 11 8 3 0 10 0 disturbed 1963 11 9 3 0 12 0 disturbed 1963 11 10 2 0 10 0 disturbed 1963 11 10 13 37 13 47 4.0 C s 1963 11 11 4 0 11 0 disturbed 1963 11 11 11 39 12 19 1.6 C s 1963 11 11 13 24 13 34 3.0 C s 1963 11 11 14 30 16 4 1.6 C s 1963 11 11 16 22 17 30 2.0 C s 1963 11 12 3 0 9 0 disturbed 1963 11 12 14 35 19 46 2.6 C s 1963 11 13 6 48 7 15 5.0 C s 1963 11 13 10 15 12 1 4.0 C s 1963 11 13 15 13 16 46 3.0 C s 1963 11 13 18 31 18 45 1.2 C s 1963 11 13 19 27 21 45 1.4 C s 1963 11 14 7 3 7 52 1.8 C s 1963 11 14 9 38 11 2 4.6 C s 1963 11 14 12 6 13 41 2.5 C s 1963 11 14 19 22 19 41 1.5 C? s 1963 11 14 21 50 21 55 2.0 C s 1963 11 15 0 21 0 27 2.4 C s 1963 11 15 7 42 7 46 2.8 A s 1963 11 15 11 52 11 55 2.4 B b 1963 11 15 17 15 18 6 1.4 C? s 1963 11 16 14 26 15 28 2.8-3.0 C s 1963 11 16 15 33 17 38 1.3-1.4 B-C s 1963 11 16 18 6 19 42 2.4-2.6 C? s 1963 11 16 22 38 24 0 1.7 C? s 1963 11 17 0 0 1 25 1.7 C? s 1963 11 17 7 28 8 54 3.0 C s 1963 11 17 8 54 12 0 4.0 C s 1963 11 17 14 2 16 27 1.6 B s 1963 11 17 19 46 20 31 0.7 C? s 1963 11 17 22 57 23 31 0.8 C? s 1963 11 18 0 39 1 52 0.8 C? s 1963 11 18 1 52 1 57 2.0 C s 1963 11 18 3 2 5 46 3.0 C s 1963 11 19 9 3 9 4 2.5 B b 1963 11 19 9 15 9 18 2.4 B b 1963 11 19 9 22 10 5 2.0 C s 1963 11 19 10 35 12 30 4.6 C s 1963 11 19 19 53 20 33 2.0 C? s 1963 11 20 7 23 11 4 2.7 C s 1963 11 20 12 54 14 1 2.4 C? s 1963 11 20 19 25 19 34 2.0 C? s 1963 11 21 9 9 9 27 1.6 C s 1963 11 21 10 21 10 27 2.2 B s 1963 11 21 15 4 16 22 2.5 C? s 1963 11 21 17 10 20 49 2.6 C s 1963 11 22 6 32 7 9 2.6 B s 1963 11 22 7 9 10 36 2.6 B s 1963 11 22 10 36 12 40 2.4 C s 1963 11 22 13 8 14 46 1.7 C s 1963 11 22 17 6 20 4 2.0-2.5 C s 1963 11 23 5 19 9 58 disturbed 1963 11 23 18 35 19 15 1.6 C s 1963 11 24 6 0 9 0 2.3 B s 1963 11 24 9 0 10 59 2.4 C s 1963 11 24 16 27 16 43 2.0 C s 1963 11 24 16 43 19 29 2.2 C? s 1963 11 25 3 5 9 30 3.5 B s 1963 11 25 9 30 10 36 3.2 C s 1963 11 25 15 1 16 52 2.7 C s 1963 11 25 17 14 17 32 2.4 C? s 1963 11 25 18 13 21 34 3.3 C s 1963 11 25 21 49 24 0 1.8 C s 1963 11 26 0 0 0 26 1.8 C s 1963 11 26 3 10 6 10 2.4 C s 1963 11 26 14 50 14 58 2.3 C? s 1963 11 26 15 35 16 12 2.1 C? s 1963 11 26 16 59 17 6 2.1 C? s 1963 11 26 17 49 23 53 2.4 C s 1963 11 27 5 29 5 31 3.2 A b 1963 11 27 5 38 5 40 3.3 B b 1963 11 27 6 39 8 44 2.3 C s 1963 11 27 14 12 21 9 1.8 C s 1963 11 28 6 30 8 36 3.5 C s 1963 11 28 8 36 9 14 4.5 B s 1963 11 28 18 22 19 45 1.8 C s 1963 11 28 20 32 21 46 1.8 C? s 1963 11 28 23 43 24 0 1.8 C? s 1963 11 29 0 0 0 51 1.8 C? s 1963 11 29 8 1 8 10 2.4 C s 1963 11 29 8 24 12 16 2.8 C? s 1963 11 29 13 47 14 10 2.0-2.2 C s 1963 11 29 14 10 24 0 n/r 1963 11 30 0 0 14 4 n/r 1963 11 30 16 5 16 24 2.8 C s 1963 11 30 16 35 16 54 3.0 C s 1963 11 30 17 22 19 58 2.3 C s 1963 1963 12 1 7 0 7 2 1.9 C b 1963 12 1 8 18 8 22 1.9 C b 1963 12 1 8 32 8 47 2.2 C s 1963 12 1 9 10 12 1 3.4-3.6 C s 1963 12 1 12 55 12 58 5.0 C b 1963 12 1 14 2 14 6 2.6 C b 1963 12 1 15 5 16 32 2.4 C s 1963 12 2 5 0 8 0 disturbed 1963 12 2 14 27 15 56 2.0 C s 1963 12 3 3 0 12 0 disturbed 1963 12 4 12 23 16 0 disturbed 1963 12 4 19 0 22 0 disturbed 1963 12 5 3 0 14 0 disturbed 1963 12 6 2 0 13 50 disturbed 1963 12 7 3 0 9 0 disturbed 1963 12 7 13 10 13 11 3.7 B b 1963 12 7 13 36 13 44 1.7 C s 1963 12 7 17 27 17 56 3.0 C s 1963 12 7 18 25 19 6 3.2 C s 1963 12 7 20 4 22 3 3.0 C s 1963 12 8 17 28 20 2 2.6 C? s 1963 12 8 23 7 23 55 2.5 C? s 1963 12 9 4 0 8 0 disturbed 1963 12 9 17 30 18 45 2.2 B-C s 1963 12 9 19 26 20 47 1.7 C-B s 1963 12 9 20 47 22 10 1.6 C s 1963 12 9 22 10 24 0 1.3 C s 1963 12 10 5 19 9 36 2.8 C-B s 1963 12 11 4 20 4 37 2.8 C s 1963 12 12 0 33 0 43 2.0 C s 1963 12 12 5 2 5 17 3.0 C s 1963 12 12 7 47 9 21 4.5 C? s 1963 12 12 19 33 21 0 3.0 B s 1963 12 12 23 13 24 0 2.6 C s 1963 12 13 0 0 0 44 2.6 C s 1963 12 13 18 27 18 57 2.0 C? s 1963 12 13 20 19 20 39 2.4 C s 1963 12 13 23 31 23 44 1.2 C? s 1963 12 14 6 15 6 21 3.0 C s 1963 12 14 6 30 8 34 2.6 C s 1963 12 14 14 17 16 15 1.2 C s 1963 12 15 12 15 14 0 2.5 C? s 1963 12 16 8 12 8 17 1.6 C s 1963 12 16 9 52 11 57 3.5 C s 1963 12 16 13 18 13 34 3.8 C s 1963 12 16 15 21 17 2 2.6 C s 1963 12 16 17 52 19 14 2.2 C s 1963 12 17 6 42 6 46 4.5 B s 1963 12 17 13 3 16 33 3.0 C s 1963 12 18 7 23 9 51 2.0 C s 1963 12 18 12 13 12 15 3.5 C b 1963 12 18 16 7 19 7 2.0-2.1 C s 1963 12 19 21 3 21 35 2.0 C s 1963 12 20 0 18 1 43 1.5-1.8 C? s 1963 12 20 5 30 8 41 2.6 B s 1963 12 20 8 41 12 6 2.0 C s 1963 12 20 12 43 12 59 1.7 C s 1963 12 20 13 41 13 53 1.8 C s 1963 12 21 6 57 8 39 3.0;1.9 C s 1963 12 21 11 24 14 0 2.4-2.5 C? s 1963 12 22 22 7 22 12 3.3 C s 1963 12 23 7 30 10 30 3.0 B s 1963 12 23 13 43 16 16 2.2 C s 1963 12 24 1 50 1 55 4.0 C s 1963 12 24 7 58 8 1 1.8 A b 1963 12 24 8 58 9 2 2.3 B b 1963 12 24 20 5 22 34 3.4 C s 1963 12 25 7 30 9 30 2.0 C s 1963 12 26 15 42 17 5 2.4-2.7 C? s 1963 12 26 20 28 20 56 2.2 C? s 1963 12 27 2 2 2 28 4.2 C s 1963 12 27 7 4 8 15 4.6 A s 1963 12 28 1 2 1 58 3.8;2.4 C s 1963 12 28 7 33 9 0 2.0-2.2 A-B s 1963 12 29 6 16 7 27 2.7-2.8 C s 1963 12 30 2 5 2 58 4.0;2.5 C s 1963 12 30 9 26 9 29 2.5 C b 1963 12 30 17 46 20 4 2.0-2.3 C s 1963 12 31 7 55 9 12 1.7 C s 1963 12 31 9 12 9 57 3.8-4.0 C s 1963 12 31 15 57 16 50 2.0 C s 1963 12 31 18 5 18 11 1.6 C s