Data Report
Bulletin Sakhalin / august 2001
Contributed by SKHL
Sakhalin august 2001
----T---T----T----T----------T---T----------------T----------------T----
? ? ?Appa? Time ? ? ? ?, micron ? Magnitude ?
St.?km ?Phas?ratu? ? +-----T-----T----+----------------+ K
? ? ?re ? h min sek? s ? NS ? EW ? Z ? ms mbv msh ?
----+---+----+----+----------+---+-----+-----+----+----------------+----
1 2 3 4 5 6 7 8 9 10 11 12 13
------------------------------------------------------------------------
6 august 47.27+/-0.03 N 142.75+/-0.09 E 0: 04-53-12.0+/-1.57
H = 11+/-2 km (4 phaze) Ms = 4.7/4, mb=5.8/1, mb(a)=4.8/5, msh=5.6/2 K = 9.5
YSS 35 iPG MPZ 04 53 18.4 2 -14.8 +6.1 +7.9 0.3 iPG -"- 53 18.4 3 -14.9 +6.0 +9.0
iPG SPZ 53 18.4 +
PGm MPZ 53 21.0 3 18.1
PGm -"- 53 21.0 3 40.4 8.8
PGm -"- 53 21.0 3 20.0
PGm -"- 53 21.0 3 41.9
iSG MP 53 23.0
SGm -"- 53 27.0 2 79.6 90.0
SGm -"- 53 27.0 2 49.0
M -"- 04 53 42.0 4 33.3
M -"- 04 53 42.0 3 55.3
M -"- 04 53 42.0 4 34.0
M -"- 04 53 42.0 4 20.8 47.5
UGL 209 iPn SPZ 53 44.8 0.80 +0.080
1.9 ePn MPZ 53 44.8
Pnm -"- 53 48.0 4 3.8 4.0
Pnm SPZ 53 48.0 0.60 0.240 0.460 0.780
ePG -"- 53 48.7
PGm -"- 53 53.4 0.80 1.700 5.3
eSn SP 54 08.0
eS* -"- 54 09.8
eSG -"- 54 15.2
eSG MP 54 15.2
SGm SP 54 19.5 0.80 3.740 5.950 10.7
SGm MP 54 22.0 3 31.5 21.5 5.6
TYV 400 ePn SPZ 54 10.1 -
3.6 Pnm -"- 54 12.8 1.00 0.343
eP* SPZ 54 17.0
ePG -"- 54 21.2
PGm MPZ 54 22.0 4 3.0 2.5 3.0 5.8
PGm SPZ 54 22.0 0.6 0.09 0.16 0.26 4.7
eSn SP 54 50.5
eS* -"- 54 57.2
eSG MP 55 12.0
SGm SP 55 13.0 1.00 0.110 0.570 9.4
SGm MP 55 36.4 5 4.0 13.0 5.5
YUK 435 ePn SPZ 54 12.5
3.9 eSn SP 54 56.8
Snm -"- 55 07.5 0.70 0.540 0.240
KUR 455 ePn SPZ 54 15.0
4.1 eP* -"- 54 22.7
ePG -"- 54 34.3
PGm -"- 54 35.6 0.50 0.091 4.7
eSn SP 55 03.0
Snm -"- 55 05.8 0.80 0.150 0.110
eS* -"- 55 12.2
eSG -"- 55 28.8
SGm -"- 55 32.8 0.80 0.110 8.4
GRNR 602 ePn SPZ 54 36.0 +
5.4 Pnm -"- 54 38.0 0.80 0.090 0.210 0.140
esP -"- 54 40.0
eP* -"- 54 48.0
ePG -"- 55 00.5
PGm -"- 55 01.0 1.00 0.067 4.5
eS* SP 55 49.6
eSG -"- 56 13.0
SGm -"- 56 14.6 1.00 0.430 9.8
NKL 669 ePn SPZ 54 43.6
6.0 Pnm -"- 54 46.0 0.80 0.070
ePG -"- 55 09.6
PGm -"- 55 10.0 0.80 0.130 4.9
eS* SP 56 08.1
eSG -"- 56 34.0
SGm -"- 56 38.0 0.90 0.170 9.3
OKH 704 e SPZ 56 08.0
6.3 e MPZ 57 02.4
M -"- 05 00 50.4 14 3.2 4.6
M -"- 05 00 50.4 15 6.2 4.9
M -"- 05 00 50.4 16 4.4 4.7
EKMR 948 eP SPZ 04 55 17.9
8.5 Pm -"- 55 21.4 0.60 0.007
eS SP 56 58.5
YASR1240 eP SPZ 55 55.0 -
11.2 Pm -"- 55 58.5 0.50 0.003
eS SP 58 03.5
BMKR1272 eP SPZ 56 00.5
11.4 Pm -"- 56 06.3 0.60 0.005
eS SP 58 11.2
ZEA 1304 eP SPZ 56 02.6 1.40 -0.020
11.7 Pm -"- 56 06.6 0.90 0.027
eS SP 58 18.6
e MP 59 33.0
i -"- 59 37.5
M -"- 05 00 56.0 14 2.2 4.7
M -"- 05 00 56.0 18 2.7 4.7
M -"- 05 00 56.0 19 3.1 4.7
KROS1358 eP SPZ 56 09.0
12.2 Pm -"- 56 17.0 0.60 0.006
eS SPZ 58 31.2
Sm -"- 05 00 04.0 1.10 0.077
8 august 47.26+/-0.01 N 142.63+/-0.03 E 0: 03-15-23.3+/-0.15
H = 10+/-4 km (2 phaze) K = 9.4
YSS 35 iPG MPZ 15 29.7 0.4 -2.0 + + 2.5
0.3 iPG -"- 15 29.7 - + +
iPG SPZ 15 29.7 0.30-0.750+0.140+0.810
PGm MPZ 15 31.0 0.4 3.5 3.6
epP -"- 15 31.6
iSG MP 15 34.4 + - +
iSG -"- 15 34.4
SGm -"- 15 38.0 3 59.4 99.5
M -"- 03 15 43.0 3 58.2 54.5 55.7
UGL 208 eP* SPZ 15 57.0
1.9 iP* MPZ 15 57.0 4 -1.6 +0.5 -1.7
iPG SPZ 15 59.4 +
PGm MPZ 16 02.0 1 1.0
PGm SPZ 16 02.0 0.90 0.460 0.820 0.980
PGm MPZ 16 02.0 4 2.1 3.0
esP SPZ 16 04.5
eS* MP 16 21.0
eSG SP 16 26.4
SGm -"- 16 35.0 0.80 4.600 3.680 1.000 10.5
SGm MP 16 35.0 3 12.0 12.4 11.0
TYV 401 ePn SPZ 16 22.0
3.6 eP* -"- 16 25.0
P*m MPZ 16 32.0 4 2.0 1.6 2.0
P*m SPZ 16 32.8 0.80 0.030 0.180 0.180
ePG -"- 16 34.2
PGm -"- 16 37.0 0.80 0.060 0.120 0.140
eS* MP 17 10.0
eSG SP 17 25.0
SGm MP 17 28.0 4 4.0 4.0
SGm SP 17 31.3 1.00 0.072 0.360 9.0
M MP 03 18 30.0 7 4.9 4.4
YUK 439 ePn SPZ 16 27.0
4.0 Pnm MPZ 16 30.9 1 4.0
eSn SP 17 11.3
Snm -"- 17 29.4 0.50 0.200 0.400
Snm MP 17 47.5 3 2.5
Snm -"- 17 47.5 4 2.8
KUR 462 ePn SPZ 16 29.4
4.2 Pnm -"- 16 32.0 1.00 0.110 0.150 0.190
ePG -"- 16 44.9
eSn SP 17 14.5
Snm -"- 17 17.0 1.00 0.380 0.150 0.150
Snm MP 17 20.0 2 2.0 2.5
M -"- 03 18 02.0 14 4.0 3.0
GRNR 596 iPn SPZ 16 44.8 0.40 -0.010
5.4 Pnm -"- 16 45.6 0.50 0.130
eP* -"- 16 57.8
eSn SP 17 43.4
eS* -"- 17 59.4
S*m -"- 18 13.0 0.80 0.060
eSG -"- 18 24.0
SGm -"- 18 30.2 0.80 0.028 0.084 8.6
NKL 668 ePn SPZ 16 55.0
6.0 Pnm -"- 16 56.0 0.30 0.040
eP* -"- 17 08.8
ePG -"- 17 20.2
PGm -"- 17 26.2 1.00 0.080 0.190
eS* SP 18 17.0
eSG -"- 18 48.0
SGm -"- 18 50.5 1.20 0.240
SGm MP 18 55.0 4 1.8
OKH 705 e MPZ 19 26.0
6.3
EKMR 943 eP SPZ 17 29.3
8.5 Pm -"- 17 33.9 0.60 0.004
eS SP 19 07.3
YASR1234 eP SPZ 18 06.6
11.1 eS SP 20 17.2
BMKR1267 e(P) MPZ 18 13.9
11.4 Pm -"- 18 23.8 0.70 0.040
e(S) SPZ 20 26.5
ZEA 1298 eP SPZ 18 14.5
11.7 Pm -"- 18 17.0 1.60 0.040
e MP 21 46.5
e -"- 21 54.5
M -"- 03 23 16.0 13 1.4 1.4
M -"- 03 23 16.0 14 1.3
KROS1352 eP SPZ 18 18.6
12.2 eS SP 20 39.8
9 august 48.52+/-0.04 N 142.26+/-0.10 E 0: 10-48-21.4+/-0.61
H = 10+/-1 km (5 phaze) K = 9.7
UGL 66 iPG MPZ 10 48 33.8 1+13.0 +0.4 +18.4
0.6 iPG SPZ 48 33.8 1.00+2.000+0.400+5.400
PGm -"- 48 35.5 0.50 1.460 2.460 3.470
PGm MPZ 48 36.0 1 12.0 33.3 46.3
epP SPZ 48 36.8
eSG MP 48 42.2
eSG SP 48 42.2
SGm -"- 48 46.0 0.50 21.00 13.00 10.3
SGm MP 48 51.0 1 45.0 76.0
YSS 177 iPG SPZ 48 52.1 1.00 - -0.060+0.580
1.6 iPG MPZ 48 52.1 2 -5.0 -1.0 +3.6
iPG -"- 48 52.1 2 -5.0 +5.0
PGm SPZ 48 53.9 0.60 0.740 1.750
esP -"- 48 56.6
iSG MP 49 15.0
SGm -"- 49 21.0 3 6.9
SGm -"- 49 21.0 2 4.8
SGm SP 49 22.9 1.00 3.390 9.6
M MP 10 49 38.0 9 6.2 7.3
M -"- 10 49 38.0 10 6.3 5.7
M -"- 10 49 38.0 11 7.9
M -"- 10 49 38.0 10 5.8
TYV 263 ePn SPZ 49 00.0
2.4 eP* -"- 49 03.7
ePG -"- 49 08.0
PGm MPZ 49 09.0 3 2.9 1.5 2.6
PGm SPZ 49 12.7 1.00 1.620
iSn SP 49 29.9
iS* -"- 49 31.7
iSG -"- 49 40.0
SGm -"- 49 46.4 1.00 0.110 1.830 9.7
SGm MP 49 53.0 6 6.1 14.2
GRNR 489 iPn SPZ 49 31.7 -
4.4 Pnm -"- 49 33.0 0.80 0.010
ePG -"- 49 47.0
eSG SP 50 47.4
SGm -"- 50 52.0 0.80 0.170 0.450 9.8
NKL 526 ePn SPZ 49 34.2
4.7 eP* -"- 49 43.8
esP -"- 49 49.2
ePG -"- 49 53.4
PGm -"- 49 55.0 0.60 0.050 0.056
eS* SP 50 42.0
eSG -"- 50 59.0
SGm -"- 51 03.2 0.60 0.190 9.3
KUR 561 ePn SPZ 49 39.0
5.1 eP* -"- 49 48.4
eSn SP 50 35.0
Snm -"- 50 37.5 0.80 0.220
OKH 567 ePn SPZ 49 42.4
5.1 ePG -"- 50 01.6
ePG MPZ 50 01.6
esP SPZ 50 07.0
eSG SP 51 12.3
SGm -"- 51 13.6 0.90 0.250 9.3
M MP 10 53 36.4 7 2.2
M -"- 10 53 36.4 10 3.0 2.8
YUK 571 ePn SPZ 49 40.5
5.1 eSn SP 50 39.1
Snm -"- 50 39.7 0.80 0.390
EKMR 826 eP SPZ 50 14.4
7.4 esP -"- 50 18.3
eS SP 51 42.4
YASR1130 eP SPZ 50 52.1
10.2 e(S) SP 52 54.6
BMKR1150 eP SPZ 50 55.0
10.4 eS SP 52 54.9
ZEA 1191 e MPZ 54 00.5
10.7 e SPZ 54 34.0
M MP 10 56 20.0 8 1.0 0.9
M -"- 10 56 20.0 8 0.5
KROS1241 eP SPZ 51 06.1
11.2 Pm -"- 51 10.4 0.80 0.000
eS SPZ 53 17.4
15 august 49.32+/-0.01 N 142.95+/-0.02 E 0: 22-00-36.2+/-0.36
H = 10+/-2 km Ms = 3.6/1 K = 8.5
mb(a)=4.2/5
UGL 66 iPG MPZ 22 00 48.2 1 0.9
0.6 PGm SPZ 00 55.5 0.50 9.100 11.60
eSG SP 00 56.2
TIV 173 iPG SPZ 01 06.6 -
1.6 PGm -"- 01 07.4 0.60 0.175 4.3
esP -"- 01 10.4
eSG SP 01 28.0
SGm -"- 01 32.2 0.80 0.286 0.486 8.2
YSS 263 eP* SPZ 01 20.0
2.4 ePG -"- 01 23.0
PGm -"- 01 28.9 0.50 0.070 4.3
eSG SP 01 57.0
SGm -"- 02 10.0 1.10 0.190
NKL 453 iPn SPZ 01 38.8 0.30 0.019
4.1 Pnm -"- 01 39.2 0.30 0.030 4.5
eP* -"- 01 46.3
ePG -"- 01 53.0
PGm -"- 01 53.2 0.40 0.043 4.5
eSn SPZ 02 26.0
Snm -"- 02 26.5 0.40 0.090 0.000 8.8
eSG MP 02 52.0
EKMR 811 eP SPZ 02 32.3
7.3 Pm -"- 02 52.5 0.50 0.002 3.5
eS SP 03 57.0
Sm -"- 04 26.6 0.70 0.020 0.013 0.013
YASR1127 eS SP 05 01.5
10.1 Sm -"- 05 56.7 0.80 0.006
BMKR1132 e SP 05 50.7
10.2
ZEA 1185 e SPZ 06 31.2 10.7 e -"- 06 49.6 M MP 22 35 23.0 16 0.2 3.6
KROS1230 e 06 19.0
11.1