bul94040
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 1994 10 05
cop
28 sep ep 16 52 28 e 54 42 i 56 40
is 02 12 i 03 04 lz 20s 920nm
30 sep ipd 19 48 43.7 0.8 s 230nm
1 oct ep 06 54 41 i 57 40 i 58 24
e 09 48 lz 21s 9100nm
4 oct ipcu 13 34 31.1 is 43 49 ((sp and lp am
plitudes out of range))
4 oct ipc 15 32 38.0 0.8 s 84nm
4 oct ipc 15 35 52.4 0.8 s 1000nm
4 oct ipc 16 12 38.8 0.9 s 840nm
4 oct ep 16 17 59 0.7 s 230nm
4 oct ipd 18 21 18.0 0.8 s 160nm
4 oct ipd 19 28 02.0 0.8 s 560nm
4 oct ip 20 12 37.8 0.9 s 250nm
4 oct ipd 23 38 02.4 0.8 s 130nm
5 oct ip 01 38 16.7 0.9 s 110nm lz 19s 6000nm
5 oct ep 04 12 23.8 0.7 s 100nm lz 17s 9200nm
dag
29 sep ep 09 44 10 0.5 s 7000pm
29 sep ep 14 11 06 0.8 s 11nm
29 sep ep 20 46 00.5 1.0 s 9000pm
30 sep ep 03 00 06.0 0.8 s 6000pm
30 sep ipd 03 05 23.6 0.8 s 22nm ixp 06 17.0
30 sep ep 05 09 46 0.6 s 8000pm
30 sep ipc 07 37 16.2 1.2 s 42nm
30 sep ep 12 17 11 1.0 s 9000pm
30 sep ep 16 13 43 0.8 s 6700pm
30 sep ipc 19 48 02.9 0.8 s 44nm exp 50 49.5
30 sep ep 22 16 28 0.7 s 6800pm
1 oct ep 00 09 22.0 1.1 s 14nm
1 oct ip 01 09 42.0
1 oct ipd 01 18 04.8 0.5 s 16nm
1 oct ep 06 29 14.5 0.9 s 11nm
1 oct ipd 07 46 41.9 0.9 s 5900pm
1 oct ipd 08 35 04.0 0.8 s 6700pm
1 oct ep 09 36 12 0.8 s 6000pm
1 oct ipd 14 15 48.2 0.7 s 12nm
1 oct ip 14 37 47.7 0.6 s 9300pm
1 oct ip 15 22 21.0 0.9 s 10nm
1 oct ep 16 54 10.5 1.1 s 38nm lz 23s 10um ln 22s 5900nm
le 22s 1800nm
1 oct ep 18 05 26 0.8 s 10nm
1 oct ep 19 30 30 0.6 s 4000pm
1 oct ipd 23 47 46.5 0.9 s 7600pm
2 oct ep 01 08 30.5
2 oct ep 08 01 16 0.8 s 6700pm
2 oct ipd 10 33 23.6 0.9 s 10nm
2 oct ep 11 09 43 0.4 s 14nm
2 oct ep 12 08 54 0.7 s 6200pm
2 oct ip 13 11 01.8 0.5 s 4900pm
2 oct ipc 16 29 24.9 0.7 s 43nm iap 30 06.1
3 oct ipc 07 15 00.8 0.8 s 6000pm
3 oct ep 12 13 56 0.6 s 8700pm
3 oct ep 14 10 59 0.7 s 4100pm lz 20s 850nm
3 oct ep 18 53 14 0.8 s 6700pm
3 oct ep 20 06 36 1.0 s 10nm
3 oct ep 22 51 08 0.8 s 8200pm
4 oct ep 06 09 24 0.8 s 5200pm
4 oct ipd 07 43 43.3 0.8 s 6700pm
gdh
23 sep ep 08 28 55 e 39 37 e 49 36
24 sep ipd 18 15 18.5 0.9 s 84nm i 15 40 i 15 49
26 sep ep 05 02 03 e 04 55 e 06 30
26 sep ep 07 05 12 i 05 25 i 05 36
27 sep ep 23 24 22 i 31 35
28 sep ep 05 54 50
28 sep ipc 16 57 24.0 1.0 s 80nm e 58 20 e 04 32
i 07 16
28 sep ep 21 37 49 e 38 03 e 38 20
28 sep ep 23 08 54
29 sep ipc 05 23 26.0 0.8 s 45nm
29 sep ipc 18 14 25.9 1.0 s 40nm
30 sep ep 00 28 30
1 oct ep 16 54 10 i 55 50 i 02 55
i 05 52 i 13 15
2 oct ipd 03 48 55.5 1.0 s 40nm e 50 40 i 50 50
2 oct ep 06 48 32 i 50 38
2 oct ipc 07 21 14.5 i 21 18
2 oct ipc 07 35 08.0 i 35 11
2 oct ipc 08 22 27.0 1.0 s 60nm i 22 30
2 oct epd 08 58 36 i 58 44 i 58 51
2 oct ep 09 18 37 i 18 45
2 oct ep 10 18 30 i 27 15
2 oct ipc 11 11 06.8 1.0 s 22nm
2 oct ep 11 14 25 i 15 23 e 38 12
2 oct ipd 12 03 14.6 1.0 s 40nm i 03 18
2 oct ipd 17 02 05.5 i 02 20
2 oct ipc 20 53 39.0 1.0 s 80nm
3 oct epd 00 58 46 i 58 14
3 oct ep 05 09 38 i 10 00
3 oct ipd 08 14 11.9 e 14 38
3 oct ipd 10 14 39.9 0.6 s 53nm i 14 50
3 oct ipd 15 59 38.5 0.6 s 80nm i 59 41
3 oct ep 16 11 38 i 11 49 i 11 55
3 oct epc 16 40 13 i 40 36 i 40 46
i 41 42 i 42 02
bsd
26 sep ip 13 29 10.0 0.6 s 15nm
30 sep ip 03 03 45.6 0.7 s 25nm
30 sep ip 14 34 53.2 is 34 56
30 sep ipd 19 48 44.0 0.7 s 230nm
++