Bul8038







KORT & MATRIKELSTYRELSEN                      Phone     35 87 50 50
Office of Seismology                                +45 35 87 50 50
Rentemestervej 8                              Telex     15184 seismo dk
DK-2400 K€benhavn NV                          Cable     SEISMOCOP
                                              Telefax   35 87 50 52

                                              Processed    1998 09 25

                                                   ISSN     1395 - 8259


               PRELIMINARY SEISMOGRAM READINGS

                    from Danish network:

  cop Copenhagen             55.68 N 12.43 E 13 m
  mud Moensted Underground   56.46 N  9.17 E 12 m
  dag Danmarkshavn           76.77 N 18.65 W 30 m
  bsd Bornholm               55.11 N 14.91 E 88 m
  lld Lille Linde, Stevns    55.33 N 12.22 E  8 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.



cop
15 sep    ep    08 56 04                   e     05 59    lz 22s 5400nm
15 sep    ip    12 32 02.2  0.3 s   150nm  is    32 18.7  e     33 09
16 sep    ip    08 24 22.2
20 sep    ipc   00 56 14.0  0.8 s    39nm
20 sep    ep    06 51 10    0.7 s    19nm
21 sep    ipc   09 06 15.0  0.9 s    34nm
21 sep    ipc   12 28 54.2  0.9 s   110nm  lz 21s 5900nm
21 sep    ip    21 42 34.0  0.9 s    67nm
22 sep    ep    01 30 55                   e     34 32    e     41 30
                                           lz 19s 3000nm

dag
15 sep    ep    07 34 30                   lz 20s  300nm  ln 22s  300nm
16 sep    ep    04 51 14
16 sep    ep    13 44 11    0.5 s  1400pm
16 sep    epd   20 09 42.2  0.5 s    18nm
17 sep    ep    04 11 07
17 sep    epd   11 21 52.2  1.0 s    46nm
17 sep    epc   15 38 53.0  0.3 s    13nm
18 sep    epc   03 00 40.8  1.0 s    13nm
18 sep    epc   04 01 20.0  1.0 s    13nm
18 sep    epc   11 43 28.0  0.4 s  5100pm
18 sep    epd   13 57 36.8  0.4 s    13nm
20 sep    ipd   21 35 56.2  0.6 s    10nm
21 sep    ipd   07 06 09.3  1.0 s    67nm
21 sep    ipd   07 15 46.3  1.0 s  8000pm
21 sep    ep    08 43 29
21 sep    ep    10 39 46
21 sep    ep    12 28 01
21 sep    epd   12 38 47.2  1.0 s    29nm  lz 20s  400nm  ln 22s  400nm
                                           le 22s  400nm
21 sep    ep    18 04 01    0.8 s  4500pm  i     05 12.0
21 sep    epc   18 32 42.2  0.7 s  3400pm  e     33 52.8
21 sep    ipc   20 17 57.8  0.8 s    11nm  e     19 07
21 sep    epd   21 44 59.5  0.7 s    10nm
22 sep    epd   01 29 59.8  1.0 s    62nm
22 sep    epd   08 32 55.6  1.0 s  6000pm
23 sep    epd   09 48 31.5  1.0 s    11nm
23 sep    epc   15 44 44.1  0.7 s  3400pm
23 sep    ep    15 57 18
23 sep    ep    19 20 04
23 sep    epd   20 12 02.3  0.6 s  2000pm
24 sep    epd   02 09 37.5  0.7 s    10nm
24 sep    ep    03 52 11
24 sep    ipc   08 14 35.2  0.8 s    30nm  iap   15 47.5

mud
15 sep    ip    12 32 27.5
21 sep    ip    12 28 56.5  1.0 s    95nm
21 sep    ip    12 32 22.6  0.9 s    51nm
21 sep    ip    21 42 49.3  1.1 s    46nm

lld
15 sep    ip    12 31 55.4
16 sep    ip    08 24 42.3                 i     24 43.5  es    25 05.0
                                           e     25 26.1

bsd
14 sep    ip    18 44 12.0                 is    44 33
14 sep    ipc   23 28 17.0  1.0 s    26nm
15 sep    ip    10 32 10.0                 es    32 33
16 sep    ep    07 06 50
16 sep    ep    08 54 59.2                 i     25 20
17 sep    ip    05 16 40.3
18 sep    ep    04 52 52
20 sep    ip    00 56 14.0  0.8 s    41nm
20 sep    ep    06 50 50
20 sep    ipd   07 34 52.0  0.9 s  7000pm
++