Data Report
Bulletin PrimoPriam / PiP 1998, I kv.
Contributed by SKHL
PiP 1998, I kv.
????????????????????????????????????????????????????????????????????????
? ? ?appa? time ? T ? A, micron ? magnitude ?
St.?km ?phas?ra- ? ? ?????????????????????????????????? K
? ? ?ture? h min sek? s ? NS ? EW ? Z ? M mbv mbh msh?
????????????????????????????????????????????????????????????????????????
1 2 3 4 5 6 7 8 9 10 11 12 13 14
????????????????????????????????????????????????????????????????????????
7 january
54.06 ? 0.10 N 127.61 ? 0.10 E O: 07 31 25.7 ? 1.0
H = 10 ? 2 km (5 phase) K = 9.6
ZEA 39 iPG SPZ 07 31 32.4 0.2 0.053 0.032-0.074
0.4 PGm -"- 31 32.7 0.2 0.120 0.130
ipPG -"- 31 34.3
isPG -"- 31 36.1
iSG SP 31 37.3
SGm -"- 31 37.5 0.40 2.620 5.530 0.710 9.9
SGm MP 31 38 1 3.5 5.2 2.1
KROS 58 iPG SPZ 31 35.5 0.2 -0.010 0.008-0.015
0.5 PGm -"- 31 35.7 0.4 0.059 0.052 0.081
ipPG -"- 31 38.7
iSG SP 31 42.6
SGm -"- 31 42.8 0.5 0.570 0.660 9.0
EMKR 369 eP SPZ 32 18.6
3.3 epP -"- 32 22.5
ePG -"- 32 26.2
PGm -"- 32 27.0 0.4 0.008 0.016 0.024
isPG -"- 32 30.3
e(S) SP 33 02.3
eSG -"- 33 09.5
SGm -"- 33 18.0 0.5 0.110 0.030 0.060 10.0
TUP 502 ePG SPZ 32 48.0
4.5 PGm -"- 32 51.0 0.4 0.014
eS SP 33 27.0
eSG -"- 33 48.0
SGm -"- 33 50.0 0.5 0.118 9.5
KLR 607 e SPZ 32 47.2
5.5 eSG SP 34 15.3
GRNR 700 e SPZ 34 36.4
6.3 e(SG)SP 34 48.5
NKL 867 eSG SP 35 31.0
7.8
7 january
54.07 ? 0.10 N 127.65 ? 0.10 E O: 07 31 47.7 ? 1.1
H = 7 km K = 9.3
ZEA 42 iSG SP 07 31 59.4
0.4 SGm -"- 31 59.6 0.4 2.600 5.000 9.9
KROS 59 ePG SPZ 31 57.4
0.5 iSG SP 32 04.5
SGm -"- 32 04.7 0.5 0.576 0.588 8.9
EMKR 366 eSG SP 33 32.0
3.3 SGm -"- 33 38.1 0.5 0.048 0.024 9.2
9 january
49.58 ? 0.15 N 129.38 ? 0.13 E O: 07 03 50.0 ? 0.8
H = 10 km (1 phase) K = 9.3
KLR 158 ePG SPZ 07 04 13.0
1.4 eSG SP 04 34.2
EMKR 460 eSG SP 05 58.6
4.1 SGm -"- 06 03.0 0.5 0.028 0.040 0.024 9.5
ZEA 486 eSG SP 06 07.6
4.4 SGm -"- 06 13.1 0.7 0.040 9.6
GRNR 518 eSG SP 06 15.1
4.7 SGm -"- 06 21.4 0.5 0.019 9.2
KROS 563 eP SPZ 05 06.7
5.1 ePG -"- 05 18.3
PGm -"- 05 22.7 0.5 0.002
eS SP 06 02.3
eSG -"- 06 27.0
SGm -"- 06 31.0 0.5 0.006 0.008 8.9
BMKS 571 eP SPZ 05 08.3
5.1 ePG -"- 05 20.0
PGm -"- 05 21.8 0.5 0.006
esPG -"- 05 24.7
eSG SP 06 30.3
SGm -"- 06 30.8 0.5 0.010 0.005 9.3
NKL 878 eSG SP 07 58.0
7.9
12 january
43.50 ? 0.06 N 134.06 ? 0.15 E O: 19 36 16.4 ? 0.6
H = 431 ? 2 km MPVA = 4.2/2
KLR 661 eP SPZ 19 37 50.0
6.0
YSS 781 eP SPZ 38 03.0
7.0
GRNR 826 eP SPZ 38 06.1
7.4 e SP 39 53.4
TIV 1044 eP SPZ 38 30.0
9.4
EMKR1067 eP SPZ 38 30.7
9.6 Pm -"- 38 32.7 0.5 0.004
NKL 1178 eP SPZ 38 41.0
10.6 Pm -"- 38 41.3 0.8 0.01
OKH 1296 e SP 40 20.0
11.7
12 january
47.81 ? 0.08 N 130.56 ? 0.13 E O: 21 47 21.2 ? 3.0
H = 14 ? 3 km (4 phase) K = 10.3
KLR 161 ePG SPZ 21 47 47.8
1.4 eSG SP 48 07.2
GRNR 536 eP SPZ 48 34.5
4.8 ePG -"- 48 47.2
PGm -"- 48 47.9 0.5 0.010
eS SP 49 29.6
eSG -"- 49 50.0
SGm -"- 49 50.5 0.4 0.019 0.038 10.0
EMKR 608 eP SPZ 48 43.0
5.5 ePG -"- 49 00.5
PGm -"- 49 02.3 0.5 0.004
e(S) SP 49 50.3
eSG -"- 50 12.0
SGm -"- 50 19.9 0.8 0.062 0.016 0.024 10.6
ZEA 699 ePG SPZ 49 16.5
6.3 epPG -"- 49 21.0
esPG -"- 49 24.4
eSG SP 50 38.7
SGm -"- 50 41.6 1.0 0.035 10.4
BMKS 775 eP SPZ 49 03.4
7.0 esP -"- 49 11.8
ePG -"- 49 26.0
epPG -"- 49 30.5
eS SP 50 21.5
eSG -"- 50 57.5
SGm -"- 51 04.0 0.5 0.010 9.7
NKL 928 ePG SPZ 49 51.0
8.3 eSG SP 51 42.0
SGm -"- 51 48.0 0.8 0.030 10.9
TIV 938 eSG SP 51 45.5
8.4
13 january
55.51 ? 0.01 N 128.72 ? 0.01 E O: 05 46 29.1 ? 2.2
H = 7 ? 1 km (3 phase) K = 8.8
BMKS 89 iPG SPZ 46 43.7 0.4 -0.011 0.020
0.8 PGm -"- 46 44.2 0.4 0.076 0.035 0.075
epPG -"- 46 45.8
iSG SP 46 54.3
SGm -"- 46 59.5 0.5 0.095 0.155 0.074 8.7
ZEA 215 ePG SPZ 47 04.4
1.9 PGm -"- 47 05.1 0.3 0.040
ipPG -"- 47 07.0
esPG -"- 47 08.4
e -"- 47 21.7
eSG SP 47 30.0
SGm -"- 47 31.8 0.6 0.190 0.240 9.6
SGm MP 47 32 1 0.2 0.3
EMKR 385 e(PG)SPZ 47 32.7
3.5 eSG SP 48 18.0
SGm -"- 48 23.3 0.5 0.020 0.016 0.008 8.6
TUP 575 e(PG)SPZ 47 52.0
5.2 e -"- 48 06.5
eS SP 48 48.0
eSG -"- 49 11.0
SGm -"- 49 11.9 0.5 0.018 8.4
GRNR 735 eSG SP 49 56.0
6.6
HKL 817 eSG SP 50 19.0
7.4
18 january
44.10 ? 0.13 N 132.48 ? 0.27 E O: 00 26 42.0 ? 1.1
H = 529 ? 15 km mbva = 4.9/10 msha = 4.7/1
KLR 565 iP SPZ 00 28 10.8 0.9 -0.052+0.028-0.100
5.1 Pm -"- 28 11.8 0.9 0.084 0.040 0.140 4.8
eS SP 29 22.8
Sm -"- 29 24.3 1.4 0.028 0.100 4.7
GRNR 797 iP SPZ 28 30.6 0.5 +0.012 +0.015
7.2 Pm -"- 28 31.1 0.5 0.020 0.008 0.028 4.5
YSS 860 iP SPZ 28 35.5 0.5 +0.022
7.7 Pm -"- 28 36.0 0.5 0.018 0.022 0.027 4.5
i -"- 31 06.5
UGL 920 iP SPZ 28 40.8 0.6 +0.032
8.3 Pm -"- 28 41.5 0.6 0.067 5.1
e -"- 28 16.0
EMKR 997 iP SPZ 28 50.3 0.5 +0.008+0.004+0.016
9.0 Pm -"- 28 51.0 0.5 0.032 0.012 0.070 5.2
e -"- 30 33.5
TIV 1071 eP SPZ 28 56.0
9.6 Pm -"- 28 56.5 0.8 0.009 0.012 4.2
e -"- 29 04.5
e -"- 29 22.0
e SP 30 43.8
ZEA 1137 eP SPZ 29 02.9
10.2 Pm -"- 29 03.6 0.7 0.035 5.2
e SP 30 57.0
NKL 1171 iP SPZ 29 04.6 0.8 +0.015+0.010+0.025
10.5 Pm -"- 29 05.2 0.8 0.030 0.012 0.075 5.5
BMKS1207 iP SPZ 29 09.0 0.5 +0.005
10.9 Pm -"- 29 09.7 0.5 0.010 4.8
e -"- 29 22.0
e SP 31 09.0
OKH 1301 iP SPZ 29 18.5 0.5 +0.032
11.7 Pm -"- 29 19.0 0.5 0.081 5.0
24 january
52.23 ? 0.02 N 133.39 ? 0.02 E O: 22 49 03.4 ? 2.6
H = 5 km (1 phase) K = 8.6
EMKR 98 iPG SPZ 22 49 19.5 0.2 -0.002 0.001
0.9 eSG SP 49 31.0
SGm -"- 49 32.1 0.2 0.22 0.25 0.16
GRNR 266 eP SPZ 49 43.4
2.4 ePG -"- 49 47.0
epPG -"- 49 49.5
esPG -"- 49 51.5
e -"- 50 16.4
eSG SP 50 18.1
SGm -"- 50 19.6 0.3 0.04 0.08 0.023 8.9
KLR 370 eP SPZ 49 50.3
3.3 e SP 50 34.5
BMKS 407 eP SPZ 50 00.6
3.7 ePG -"- 50 09.7
epPG -"- 50 11.1
eSG SP 50 58.5
SGm -"- 50 59.4 0.4 0.014 8.5
ZEA 441 eSG SP 51 08.2
4.0
KROS 490 eP SPZ 50 10.9 0.4 -0.001 0.004
4.4 e -"- 50 52.8
eSG SP 51 22.5
SGm -"- 51 25.1 0.6 0.005 0.006 8.2
NKL 501 ePG SPZ 50 25.5
4.5 eSG SP 51 25.0
TIV 658 eSG SP 52 10.0
5.9
TUP 925 eSG SP 53 25.0
8.3
12 february
55.04 ? 0.08 N 135.41 ? 0.09 E O: 16 47 07.3 ? 4.9
H = 8 ? 2 km (3 phase) K = 9.4
EMKR 271 eP SPZ 16 47 46.0
2.4 epP -"- 47 48.0
ePG -"- 47 50.5
PGm -"- 47 54.5 0.4 0.012
eSG SP 48 22.0
SGm -"- 48 29.7 0.6 0.085 0.052 0.078 9.1
NKL 403 eP SPZ 48 04.5
3.6 esP -"- 48 08.5
ePG -"- 48 12.0
eS SP 48 45.8
eSG -"- 48 58.0
SGm -"- 48 59.0 0.8 0.035 0.024 9.2
BMKS 421 eP SPZ 48 05.3
3.8 esP -"- 48 10.0
eSG SP 49 02.6
SGm -"- 49 07.2 0.3 0.046 0.044 0.027 9.5
GRNR 480 eP SPZ 48 14.5
4.3 ePG -"- 48 25.6
eSG SP 49 21.0
SGm -"- 49 24.5 0.4 0.011 8.6
OKH 510 eSG SP 49 29.0
4.6
ZEA 543 ePG SPZ 48 34.4
4.9 epPG -"- 48 38.2
esPG -"- 48 39.6
eSG SP 49 38.9
SGm -"- 49 41.4 0.7 0.040 0.030 9.9
KROS 544 eS SPZ 49 14.0
4.9 eSG -"- 49 37.0
SGm -"- 49 39.0 0.5 0.032 0.011 0.013 9.7
TIV 671 eSG SPZ 50 17.0
6.0
KLR 708 e SPZ 49 46.9
6.4 eSG SP 50 27.9
TUP 995 e SP 51 40.0
9.0 SGm -"- 51 55.0 0.6 0.02 9.8
16 february
53.92 ? 0.04 N 138.13 ? 0.05 E O: 14 44 49.7 ? 0.5
H = 12 ? 1 km (3 phase) K = 9.3
NKL 189 iP SPZ 14 45 16.9 0.30 0.020
1.7 ePG -"- 45 20.0
PGm -"- 45 23.5 0.40 0.051 0.094 0.178
eSG SP 45 42.5
SGm -"- 45 45.9 0.4 0.093 0.153 0.054 9.6
OKH 315 e SPZ 45 46.0
2.8 e(S) SP 46 14.0
eSG -"- 46 21.0
EMKR 356 eP SPZ 45 40.0
3.2 esP -"- 45 46.3
ePG -"- 45 47.5
epPG -"- 45 51.0
esPG -"- 45 54.0
eS SP 46 20.9
eSG -"- 46 29.0
SGm -"- 46 31.9 0.6 0.030 0.047 0.031 9.1
GRNR 370 ePG SPZ 45 49.5
3.3 PGm -"- 45 49.8 0.4 0.021 0.008 0.024
e SP 46 31.0
eSG -"- 46 34.0
SGm -"- 46 34.3 0.4 0.029 9.3
TIV 458 e(PG)SPZ 46 00.0
4.1 eSG -"- 46 59.0
BMKS 607 e SPZ 46 26.5
5.5 ePG -"- 46 28.3
eS SP 47 16.1
eSG -"- 47 40.4
SGm -"- 47 41.0 0.4 0.006 8.7
ZEA 709 e SPZ 47 24.1
6.4 e -"- 47 47.1
eSG SP 48 09.0
SGm -"- 48 20.7 0.9 0.022 0.010 10.1
KROS 726 ePG SPZ 46 46.5
6.5 PGm -"- 46 48.7 0.4 0.001
e(S) SP 47 38.0
eSG -"- 48 12.3
SGm -"- 48 15.1 0.6 0.004 9.0
24 february
52.15 ? 0.06 N 139.99 ? 0.09 E O: 06 01 39.9 ? 0.4
H = 7 km K = 9.0
NKL 121 ePG SPZ 06 02 00.5
1.1 PGm -"- 02 01.5 0.4 0.080
eSG SP 02 15.0
SGm -"- 02 17.2 0.4 0.255 0.391 0.170 9.5
TIV 234 eP SPZ 02 12.9
2.1 ePG -"- 02 18.5
eSG SP 02 46.9
SGm -"- 02 51.1 0.5 0.013 0.011 7.3
GRNR 291 ePG SPZ 02 29.5
2.6 epPG -"- 02 32.7
eSG SP 03 03.5
SGm -"- 03 05.3 0.3 0.032 0.240 0.012 9.9
EMKR 486 eP SPZ 02 48.5
4.4 ePG -"- 03 01.1
PGm -"- 03 07.4 0.5 0.005
e -"- 03 50.8
eSG SP 03 59.5
SGm -"- 04 07.7 0.5 0.019 0.012 0.005 9.3
KLR 687 e SP 04 44.8
6.2
BMKS 789 eSG SP 05 22.5
7.1
ZEA 867 e SP 05 58.8
7.8
KROS 899 e(SG)SP 05 57.0
8.1
4 march
54.86 ? 0.10 N 131.24 ? 0.10 E O: 12 14 48.1 ? 1.1
H = 9 ? 2 km (4 phase) K = 9.6
BMKS 154 ePG SPZ 12 15 13.7
1.4 PGm -"- 15 13.8 0.3 0.014 0.050 0.045
ipPG -"- 15 15.7
iSG SP 15 33.3
SGm -"- 15 33.8 0.4 0.203 0.093 0.062 9.1
EMKR 228 eP SPZ 15 23.9
2.0 ePG -"- 15 25.5
PGm -"- 15 27.5 0.3 0.025 0.013 0.032
eSG SP 15 53.0
SGm -"- 15 55.5 0.5 0.130 0.061 0.057 9.3
KROS 278 eP SPZ 15 29.7
2.5 iPG -"- 15 32.3 0.5 0.003 0.008-0.006
PGm -"- 15 36.0 0.4 0.008 0.027 0.032
isPG -"- 15 38.0
iS SP 15 58.9
iSG -"- 16 06.2
SGm -"- 16 09.4 0.5 0.160 0.067 0.120 9.7
ZEA 283 iP SPZ 15 31.1 0.4 0.019
2.6 iPG -"- 15 34.8 0.5 0.024
PGm -"- 15 35.9 0.5 0.039 0.039 0.048
ipPG -"- 15 37.5
isPG -"- 15 40.5
i -"- 15 56.1
iS SP 16 04.4
iSG -"- 16 10.0
SGm MP 16 11 1 0.2 0.1
SGm SP 16 12.0 0.7 0.190 0.077 9.9
GRNR 573 eP SPZ 16 05.0
5.2 eSG SP 17 29.5
SGm -"- 17 33.4 0.4 0.010 0.019 9.5
KLR 636 e SPZ 16 20.0
5.7 eSG SP 17 20.7
NKL 644 eP SPZ 16 14.0
5.8 e(SG)SP 17 47.0
TUP 730 eP SPZ 16 25.0
6.6 ePG -"- 16 47.0
eS SP 17 39.0
eSG -"- 18 14.0
SGm -"- 18 18.0 0.6 0.057 9.8
9 march
54.67 ? 0.10 N 123.85 ? 0.06 E O: 15 27 47.9 ? 1.2
H = 13 ? 2 km (4 phase) K = 8.7
KROS 203 iPG SPZ 15 28 21.2 0.4 -0.002+0.010+0.011
1.8 PGm -"- 28 21.5 0.3 0.005 0.018 0.023
ipPG -"- 28 26.0
e -"- 28 39.6
iSG SP 28 44.4
SGm -"- 28 46.3 0.4 0.048 0.023 0.017 8.4
ZEA 245 ePG SPZ 28 28.6
2.2 epPG -"- 28 33.7
esPG -"- 28 36.8
e -"- 28 38.8
e(S) SP 28 51.2
eSG -"- 28 57.8
SGm MP 29 02 1 0.1
SGm SP 29 02.6 0.7 0.110 9.1
TUP 256 eP SPZ 28 25.5
2.3 ePG -"- 28 28.8
PGm -"- 28 32.0 0.2 0.022
eS SP 28 55.0
eSG -"- 29 00.5
SGm -"- 29 02.0 0.3 0.029 8.3
BMKS 321 e(P) SPZ 28 38.3
2.9 ePG -"- 28 40.2
PGm -"- 28 40.7 0.3 0.008
isPG -"- 28 48.2
eSG SP 29 17.2
SGm -"- 29 21.8 0.5 0.030 8.7
CAA 428 e SPZ 29 31.0
3.9 eSG SP 29 49.0
SGm -"- 29 49.3 0.5 0.032 8.7
EMKR 621 e SPZ 29 45.0
5.6 e(SG)SP 30 47.5
10 march
55.28 ? 0.06 N 135.55 ? 0.06 E O: 13 47 17.8 ? 0.2
H = 8 km (1 phase) K = 8.8
EMKR 299 ePG SPZ 13 48 06.3
2.7 PGm -"- 48 08.8 0.3 0.006
eS SP 48 38.1
eSG -"- 48 41.8
SGm -"- 48 46.9 0.5 0.027 0.022 0.009 8.4
NKL 409 ePG SPZ 48 24.0
3.7 esPG -"- 48 29.5
eSG SP 49 12.8
BMKS 432 e SPZ 48 25.9
3.9 ePG -"- 48 28.5
eSG SP 49 20.1
SGm -"- 49 20.3 0.3 0.011 8.4
GRNR 506 eSG SP 49 41.5
4.6
KROS 556 eP SPZ 48 48.2
5.0 eS SP 49 30.6
eSG -"- 49 53.5
SGm -"- 49 57.9 0.5 0.010 8.9
ZEA 558 eSG SP 49 54.7
5.0 SGm -"- 49 56.1 0.8 0.021 9.5
26 march
52.43 ? 0.04 N 130.35 ? 0.07 E O: 21 06 40.0 ? 0.3
H = 10 ? 3 km (4 phase) K = 8.8
EMKR 188 eP SPZ 21 07 08.1
1.7 ePG -"- 07 10.1
PGm -"- 07 12.2 0.4 0.005 0.008 0.008
eSG SP 07 32.0
SGm -"- 07 35.2 0.4 0.107 0.058 0.107 8.8
ZEA 252 eP SPZ 07 19.8
2.3 iPG -"- 07 21.1
epPG -"- 07 25.0
esPG -"- 07 28.3
eS SP 07 47.4
iSG -"- 07 50.4
SGm -"- 07 51.5 0.4 0.058 8.6
BMKS 272 eP SPZ 07 21.3
2.4 ePG -"- 07 23.6
ipPG -"- 07 25.7
eSG SP 07 57.0
SGm -"- 07 58.3 0.5 0.042 8.4
KROS 315 ePG SPZ 07 31.0
2.8 epPG -"- 07 33.5
iS SP 08 01.8
eSG -"- 08 08.0
SGm -"- 08 10.5 0.5 0.024 0.019 8.3
KLR 374 ePG SPZ 07 40.0
3.4 e(S) SP 08 18.4
GRNR 458 eSG SP 08 48.0
4.1
NKL 698 eSG SP 09 57.0
6.3 SGm -"- 10 03.0 0.8 0.012 9.6
TUP 726 eSG SP 10 03.5
6.5 SGm -"- 10 11.5 0.5 0.022 8.8