bul96043
PRELIMINARY SEISMOGRAM READINGS
from Danish network:
cop Copenhagen (DK) 55.68 N 12.43 E 13 m
dag Danmarkshavn (DK) 76.77 N 18.65 W 30 m
mud Moensted Underground (DK) 56.46 N 9.17 E 12 m
bsd Bornholm (DK) 55.11 N 14.91 E 88 m
lld Lille Linde, Stevns (DK) 55.33 N 12.22 E 8 m
gdh Godhavn (DK) 69.25 N 53.33 W 23 m
Amplitudes are 0.5*double trace amplitude (p-p) / steady state
magnification at period given. Units are:
pm pico meter i.e. 10**-12 m
nm nano -9 m
um micro -6 m
etc.
p means any first arrival P, PKP or PKIKP etc.
ap is pP and xp sP as used in mono case letter formats.
Processed 1996 10 23
cop
17 oct ep 13 02 01
18 oct ipcu 11 02 30 1.0 s 320nm i 05 33 i 12 40
18 oct ipc 16 56 18.5 0.8 s 87nm i 56 24 i 57 36.2
19 oct ipc 14 13 14.3 0.9 s 81nm
19 oct ipcu 14 56 42.0 2.0 s 1700nm i 56 52.2 i 59 43
i 06 38 i 11 49
19 oct ipdr 15 12 17.5 0.7 s 2100nm i 15 03
19 oct ip 15 23 10.4 0.8 s 66nm
21 oct ipc 06 06 13.8 0.8 s 48nm
dag
9 oct ipdu 13 19 28.3 1.4 s 820nm
9 oct ipd 14 08 46.9 0.8 s 20nm
9 oct epd 14 28 14.1 0.3 s 9100pm
9 oct ipd 16 31 14.2 0.4 s 9300pm
10 oct ipc 00 32 17.3 0.8 s 16nm
10 oct ipd 01 18 59.1 0.7 s 36nm
10 oct ipc 05 03 21.3 0.7 s 7500pm
10 oct ipd 08 35 42.0 1.0 s 18nm
10 oct epd 15 34 12.5 0.5 s 5600pm
11 oct ep 23 24 57
12 oct ipc 10 17 22.0 0.7 s 10nm
12 oct ipc 11 47 08.2 0.7 s 15nm
13 oct epc 00 13 93 0.3 s 5200pm
13 oct ipd 10 58 51.7 0.8 s 9000pm
13 oct ipd 21 05 10.9 0.9 s 42nm e 06 26.4
14 oct ep 23 40 49.1 1.2 s 17nm lz 23s 33um ln 23s 30um
14 oct ep 23 44 50.2 0.3 s 7800pm
15 oct ipc 00 32 37.0 0.8 s 23nm
15 oct ep 05 36 50 0.4 s 5900pm
15 oct epd 10 02 47.5 1.2 s 23nm
15 oct epd 16 45 47.8 0.3 s 5200pm
16 oct epc 04 40 38.1 0.3 s 26nm
16 oct epd 12 00 56.7 0.3 s 5200pm
17 oct ipc 15 45 43.4 0.7 s 110nm
17 oct ipd 16 28 36.2 1.3 s 160nm
17 oct ipc 17 09 21.0 0.5 s 4900pm
18 oct ipd 09 36 09.0 1.1 s 71nm
18 oct epdu 11 01 39.1 1.0 s 150nm lz 20s 27um
18 oct ipd 16 55 51.6 0.7 s 78nm
18 oct ipc 19 51 25.2 1.2 s 36nm
18 oct ep 23 56 25 1.0 s 10nm
19 oct ep 08 42 58 0.3 s 14nm
19 oct ipd 14 12 12.9 0.8 s 28nm
19 oct ipdu 14 55 51.3 0.9 s 320nm iap 56 01.0 lz 21s 46um
ln 20s 30um le 21s 34um
19 oct ipc 15 11 36.8 0.9 s 170nm
19 oct ipd 15 57 15.3 0.6 s 7300pm
19 oct ep 21 28 58.4 0.7 s 18nm
19 oct ep 23 17 51 0.5 s 7700pm
20 oct ep 10 50 00 0.3 s 9100pm
20 oct ep 21 40 13 0.4 s 15nm
20 oct ep 21 58 34 0.3 s 6500pm
21 oct ep 06 09 27 0.4 s 3400pm
21 oct ep 21 59 17 0.2 s 17nm
21 oct ep 22 07 16 0.2 s 19nm
21 oct ep 22 14 16 0.3 s 7800pm
22 oct ep 07 11 29 0.8 s 3000pm
mud
14 oct ip 23 45 18.5 1.4 s 210nm
15 oct ip 00 34 13.3 0.9 s 150nm
15 oct ep 09 58 49.2
18 oct ip 11 02 35.3 0.9 s 190nm
18 oct ip 16 56 21.5 0.6 s 30nm
18 oct ip 16 57 39.6 1.0 s 46nm
19 oct ip 14 13 08.0 2.0 s 350nm
19 oct ip 14 56 46.1 i 56 57.3 es 06 43.2
19 oct ip 15 23 11.2 1.4 s 180nm
21 oct ip 06 06 30.9 1.1 s 76nm i 06 37.4
lld
15 oct ip 00 34 13.8
18 oct ip 11 02 32.8
18 oct ip 16 56 19.8
19 oct ip 14 13 00.6
19 oct ip 14 56 43.6 i 56 56.5
19 oct ip 15 23 08.2
21 oct ip 06 06 12.9 i 06 19.6
bsd
13 oct ipd 21 07 17.3 0.6 s 21nm
14 oct ipc 23 45 16.7 1.2 s 92nm
15 oct ipc 00 34 10.3 0.9 s 150nm
15 oct ep 09 58 37 e 59 40 i 01 48
18 oct ip 09 33 46.7 0.3 s 16nm
18 oct ip 11 02 26.0 1.1 s 500nm
18 oct ipc 16 56 16.2 0.6 s 36nm i 57 33.8
19 oct ipd 08 43 56.1 0.9 s 22nm
19 oct ipd 14 13 00.9 i 13 10.2
19 oct ipc 14 56 38.2 0.9 s 570nm
19 oct ipd 15 12 18.6 i 15 05
19 oct ip 15 21 02.3 0.7 s 40nm
++