Bul9038





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

                                              Processed    1999 09 27

                                                   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    03 15 46                   i     19 00    i     25 17
                                           i     26 15    lz 19s 1600nm
17 sep    ipdu  15 13 45.0  0.9 s   300nm  i     16 18    i     17 01
                                           i     17 17
18 sep    ipc   21 39 38.3  1.0 s    76nm  lz 21s 3600nm
20 sep    ipcu  17 59 30.2  2.2 s  6500nm  is    09 41
20 sep    ipd   18 08 27.9  1.1 s   320nm
20 sep    ipd   18 24 04.3  0.7 s   140nm
20 sep    ipc   18 28 28.2  1.1 s   220nm
20 sep    ep    21 59 00    0.8 s    69nm  is    09 08    lz 19s   38um

dag
14 sep    ipd   22 29 15.9  0.4 s    34nm
15 sep    ipc   14 56 10.3  0.4 s    12nm
15 sep    ep    15 30 45
16 sep    ipd   13 25 26.6  0.5 s  5600pm
16 sep    ipd   14 18 00.8  0.6 s    15nm  i     18 45.5
16 sep    ipd   17 44 35.8  1.4 s    95nm
17 sep    ipd   09 06 56.0  0.7 s  4800pm
17 sep    ipd   15 13 09.8  0.8 s    53nm
17 sep    ipd   15 23 36.5  0.7 s    12nm
17 sep    ipd   21 40 10.0  0.6 s  7300pm
18 sep    ipd   02 31 13.6  0.8 s  6000pm
18 sep    ep    16 17 19
18 sep    ep    17 20 19    0.7 s  4800pm
18 sep    ep    18 38 21    0.3 s    10nm
18 sep    ipd   20 25 27.1  0.9 s  7600pm
18 sep    ipd   21 37 38.9  1.0 s   290nm  i     38 51.0
19 sep    epd   00 10 13.2  0.5 s    24nm
19 sep    ipc   00 20 07.6  0.6 s  5300pm
19 sep    epd   00 37 04.2  1.2 s    17nm
19 sep    ipc   07 22 33.1  0.7 s  4800pm
19 sep    ipc   16 54 56.0  0.7 s  5500pm
20 sep    ep    02 56 50
20 sep    ep    07 42 59
20 sep    epd   09 42 25.6  1.5 s   240nm
20 sep    epd   17 59 06.9  1.2 s   120nm  i     02 15.7
20 sep    ipc   19 52 29.3  1.0 s    12nm
20 sep    ipc   20 09 42.5  0.9 s  5900pm
20 sep    ep    20 14 05
20 sep    ep    21 35 44
20 sep    ipd   21 58 32.0  0.8 s    66nm  i     01 27.1  lz 19s   33um
                                           ln 18s   25um  le 16s   23um
20 sep    ipc   22 06 39.6  1.0 s    46nm  i     09 30.2
20 sep    ep    23 08 46    0.3 s    10nm
21 sep    ipc   01 56 04.2  0.4 s    12nm

mud
18 sep    ip    21 39 37.2  1.0 s    43nm  is    48 34.0
20 sep    ep    17 59 35.4                 is    09 56.5
20 sep    ep    18 09 33.1  0.8 s   210nm
20 sep    ip    18 16 01.9  1.2 s   270nm
20 sep    ep    18 19 10.2
20 sep    ip    18 24 10.9  0.8 s   120nm
20 sep    ip    18 28 36.1  1.3 s   400nm
20 sep    ep    21 59 02.8                 is    09 08.4

lld
18 sep    ip    21 39 40.8
20 sep    ep    17 59 32.4                 is    09 38.7
20 sep    ep    18 09 29.3
20 sep    ep    18 15 58.8

bsd
13 sep    ipc   11 59 28.0  1.2 s   440nm
17 sep    ipc   15 13 39.8  0.9 s   160nm
++