Bul2042





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 16

						   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
 8 oct    ep    01 50 33.3                 i     51 22.3  e     52 32.4  
					   e     58 40.7  lz 18s  520nm  
10 oct    ep    02 20 15.3                 es    21 07.0  
10 oct    ip    11 04 46.3                 e     08 29.7  i     09 22.0  
					   i     15 31.1  lz 20s   71um  
10 oct    ip    17 20 24.1                 is    20 52.4  
10 oct    ep    19 06 39.6                 lz 19s  640nm  
10 oct    ep    21 38 56.1                 i     39 48.2  i     44 56.7  
					   lz 19s  550nm  
11 oct    ip    14 54 09.5                 i     57 28.7  is    04 34.3  
					   lz 21s  300nm  
12 oct    ep    03 50 47.2                 lz 18s  260nm  
12 oct    ep    06 05 10.4                 es    07 56.7  lz 17s  700nm  
12 oct    ip    11 11 28.8  0.8 s   180nm  lz 17s 1900nm  
12 oct    ep    20 21 32.1  0.9 s   680nm  i     23 31.3  is    31 19.2  
					   i     31 53.5  lz 18s 2600nm  
12 oct    ip    23 55 52.2                 is    06 27.3  lz 17s 1800nm  
13 oct    ep    21 14 52.5                 i     17 54.9  i     18 31.4  
					   is    24 50.4  lz 20s 1400nm  
14 oct    ep    08 08 07.2                 es    08 25.6  
14 oct    ip    13 03 18.3  
14 oct    ip    14 24 33.9                 i     27 03.9  is    33 47.1  
					   i     34 16.0  lz 20s 9200nm  

dag
 6 oct    epu   01 23 01    
 6 oct    ep    16 05 28                   es    14 47    lz 21s 7200nm  
 7 oct    ipcu  20 08 23.8  2.7 s   660nm  
 7 oct    ep    23 43 33    
10 oct    ep    11 01 02                   e     04 23    lz 21s  100um  
					   ln 19s   57um  le 20s   81um  
12 oct    ipdr  20 21 14.7  0.8 s   450nm  i     23 14.0  lz 22s   12um  
					   ln 22s 8100nm  le 24s 4400nm  
12 oct    ep    23 55 45    0.9 s    27nm  

mud
 8 oct    ep    01 50 43.1  1.0 s    16nm  i     58 38.5  lz 19s  870nm  
 9 oct    ep    07 10 35.2  1.1 s    26nm  e     11 34.2  
10 oct    ep    02 21 23.2  
10 oct    ep    11 04 54.8                 i     08 36.6  i     09 23.0  
					   i     15 38.8  lz 18s  190um  
10 oct    ip    17 20 56.2  
10 oct    ep    21 39 26.3                 lz 18s 1500nm  
11 oct    ip    12 25 42.4  1.0 s    22nm  
11 oct    ip    14 54 01.3                 i     57 19.0  es    04 29.6  
					   i     04 44.1  lz 20s  710nm  
11 oct    ip    19 06 48.1  1.0 s    48nm  
12 oct    ip    03 50 34.1  1.1 s    64nm  lz 16s  350nm  
12 oct    ep    06 04 19.2  0.9 s    33nm  i     05 01.6  lz 17s 1200nm  
12 oct    ip    11 11 31.6  1.0 s   100nm  lz 19s 3600nm  
12 oct    ep    20 21 24.0  0.9 s   990nm  i     23 23.4  is    31 04.2  
					   i     34 08.5  lz 18s 3400nm  
12 oct    ep    23 56 53.6  1.2 s    46nm  lz 15s 2500nm  
13 oct    ep    21 14 55.1                 lz 20s 2700nm  
14 oct    ip    08 07 49.0                 es    08 08.3  
14 oct    ep    08 59 05.5  0.9 s    19nm  i     59 51.0  
14 oct    ip    14 24 28.6  1.1 s    94nm  i     24 37.4  i     27 06.9  
					   es    33 45.0  lz 23s 5000nm  

bsd
 8 oct    ip    01 52 20.9  1.4 s   120nm  i     53 24.9  lz 19s  950nm  
 9 oct    ip    04 41 49.9  
 9 oct    ip    07 11 51.5  1.0 s    76nm  
10 oct    ip    02 20 19.8                 is    20 59.8  ilg   21 02.7  
10 oct    ip    11 04 46.6  1.7 s   120nm  i     09 11.0  is    15 31.5  
					   i     18 54.8  lz 18s  110um  
10 oct    ip    17 19 44.1                 is    20 26.3  
10 oct    ep    19 07 15.3  1.2 s    57nm  lz 18s  780nm  
10 oct    ep    21 38 26.9  0.9 s    37nm  i     46 34.2  e     53 56.8  
					   lz 19s  620nm  
11 oct    ep    01 55 59.6                 lz 18s  900nm  
11 oct    ip    03 35 16.7                 i     35 26.3  is    35 56.1  
					   i     36 16.3  
11 oct    ep    12 25 31.7  0.8 s    44nm  
11 oct    ip    14 54 18.2  1.2 s    68nm  i     55 45.4  i     57 45.0  
					   is    04 49.6  lz 20s  540nm  
12 oct    ep    03 50 58.6  1.2 s    97nm  e     59 00.8  lz 16s  760nm  
12 oct    ep    06 03 45.4  0.7 s    68nm  e     07 30.1  lz 15s  630nm  
12 oct    ip    11 11 25.9  1.0 s   190nm  lz 19s 1900nm  
12 oct    ip    20 21 37.4  0.9 s   370nm  i     23 35.8  is    31 24.3  
					   i     32 02.1  lz 18s 5800nm  
12 oct    ip    23 55 48.6  1.5 s   160nm  
12 oct    ep    23 55 55.7                 is    06 13.3  lz 19s 4100nm  
13 oct    ip    18 21 42.2                 is    22 23.5  
13 oct    ep    18 22 39.7                 is    23 22.3  
13 oct    ep    21 14 39.6                 e     18 36.2  lz 24s 1100nm  
14 oct    ip    08 08 24.1                 es    09 07.3  
14 oct    ip    08 59 07.2  1.4 s   120nm  
14 oct    ip    13 03 29.6                 is    03 31.2  
14 oct    ip    14 24 13.9  1.2 s   280nm  i     24 31.0  is    33 40.8  
					   i     34 19.7  lz 19s   11um  
++