Bul2040





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 
					      Telefax   35 87 50 52

					      
					      
					      
					      Processed    2002 10 02

						   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
  sco Scoresbysund           70.48 N 21.95 W 69 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
24 sep    ip    04 11 38.5  
24 sep    ip    04 16 18.5  
24 sep    ep    04 16 20.2                 i     16 57.4  i     25 39.6  
					   i     25 52.4  
24 sep    ep    23 15 47.8                 e     17 06.4  e     22 51.9  
					   lz 21s 1900nm  
25 sep    ip    15 22 59.7                 es    23 14.0  
25 sep    ip    22 35 06.4  1.1 s   330nm  is    40 42.8  lz 15s  290nm  
26 sep    ep    13 07 27.8                 i     14 06.9  
26 sep    ep    20 49 02.0                 es    53 07.5  lz 17s   43nm  
27 sep    ep    03 25 22.4                 i     25 37.5  
27 sep    ep    06 14 43.7                 es    18 03.9  i     18 10.6  
					   lz 16s  340nm  
27 sep    ep    07 40 18.0  0.9 s    73nm  
27 sep    ep    17 42 41.0                 i     47 30.0  i     50 00.0  
					   lz 17s  310nm  
28 sep    ip    02 40 33.4                 i     40 42.4  lz 17s  280nm  
28 sep    ep    09 29 50.6  
28 sep    ep    11 08 52.5                 es    09 03.4  
28 sep    ep    14 15 11.2  
29 sep    ep    10 06 20.1                 i     07 13.5  lz 20s   71nm  
29 sep    ep    17 10 32.1                 i     12 22.5  lz 17s   35nm  
30 sep    ep    02 47 48.7                 lz 17s   48nm  
30 sep    ep    20 41 37.2  

dag
29 sep    ipd   04 42 32.2  0.5 s    15nm  
29 sep    ipc   08 25 14.5  0.4 s    24nm  
30 sep    epc   16 13 25.0  1.5 s    36nm  
30 sep    ep    16 37 30    1.2 s    27nm  
30 sep    ep    22 12 49    1.5 s    72nm  
 1 oct    epd   03 00 41.2  1.2 s    38nm  

mud
24 sep    ip    04 11 39.7  1.5 s    80nm  
24 sep    ip    04 16 11.1  1.5 s   200nm  e     25 27.6  lz 19s 1100nm  
24 sep    ep    23 15 43.1                 lz 21s 2300nm  
24 sep    ip    23 37 05.1                 is    38 08.7  
25 sep    ep    12 41 36.0  1.2 s    28nm  
25 sep    ep    14 53 01.1  1.0 s    21nm  
25 sep    ip    15 23 00.0                 is    23 16.2  
25 sep    ep    19 41 02.6  0.9 s    15nm  
25 sep    ip    22 35 23.6  0.8 s   160nm  lz 18s  960nm  
26 sep    ep    13 07 31.1  1.0 s    18nm  lz 19s 1100nm  
26 sep    ep    20 48 58.9  
26 sep    ip    20 49 15.9  0.7 s    22nm  
26 sep    ep    20 49 16.9  0.9 s    47nm  i     49 23.2  
27 sep    ep    06 14 56.9  0.9 s    11nm  i     15 02.8  is    18 47.6  
					   lz 18s 1100nm  
27 sep    ep    07 40 31.1  0.9 s    10nm  
27 sep    ip    17 41 33.6                 i     47 23.6  i     47 40.7  
					   is    51 10.7  lz 18s  710nm  
28 sep    ep    02 40 24.3  1.0 s    17nm  
28 sep    ep    14 15 57.3  1.1 s    15nm  lz 20s  720nm  
29 sep    ip    03 07 11.6  1.3 s    70nm  
29 sep    ep    10 05 56.1                 i     07 04.0  i     12 36.4  
					   lz 19s  300nm  
29 sep    ip    17 10 49.5  0.9 s    23nm  
29 sep    ep    17 11 34.3  1.1 s    26nm  
30 sep    ep    02 47 45.8  1.0 s    14nm  
30 sep    ip    06 47 29.8                 i     47 34.2  is    49 29.2  
					   lz 17s  100nm  
30 sep    ep    20 40 47.0  

bsd
24 sep    ep    04 11 27.4  1.0 s    42nm  
24 sep    ip    04 16 27.3  1.2 s    48nm  i     25 45.4  i     32 14.1  
					   lz 22s  720nm  
24 sep    ip    23 15 32.2                 lz 21s 4800nm  
24 sep    ip    23 36 21.1                 is    37 00.8  
25 sep    ep    12 41 40.7  0.8 s    47nm  
25 sep    ep    14 53 25.8  1.0 s    46nm  
25 sep    ip    15 23 20.3                 e     23 23.9  is    23 59.1  
25 sep    ip    19 39 05.1  1.5 s    55nm  
25 sep    ip    22 34 51.3  0.7 s    78nm  e     56 40.0  lz 18s 1100nm  
26 sep    ep    17 11 31.5  0.9 s    67nm  
26 sep    ep    20 48 49.1  1.0 s    35nm  e     59 11.1  lz 16s  300nm  
27 sep    ip    03 23 07.4                 is    23 50.1  
27 sep    ep    06 14 41.5  1.0 s    44nm  is    17 53.0  
27 sep    ep    07 41 17.5  0.9 s    48nm  
27 sep    ep    17 37 05.8                 i     41 22.7  e     51 13.2  
					   lz 15s  310nm  
28 sep    ip    02 40 50.5                 e     48 38.5  lz 17s  520nm  
28 sep    ip    09 29 08.3                 is    29 50.4  
28 sep    ip    11 09 53.8                 is    10 53.0  
29 sep    ep    03 08 05.7  1.1 s    47nm  
29 sep    ip    10 07 24.2  1.0 s    24nm  e     19 52.6  lz 20s  180nm  
29 sep    ep    17 10 33.3  1.3 s    51nm  i     12 13.1  es    19 18.7  
					   lz 18s  130nm  
30 sep    ep    02 45 19.7  1.1 s    48nm  i    02 53 45.9  
30 sep    ep    06 47 49.3                 is    50 11.6  lz 17s  120nm  
30 sep    ip    20 41 29.0                 is    42 08.9  

sco
13 sep    ip    22 41 10.4  
15 sep    ip    08 49 05.2  0.7 s   190nm  is    56 53.0  
16 sep    ip    18 49 23.4  0.6 s   920nm  
17 sep    ip    12 41 02.2  0.5 s    86nm  
++