Bul2018





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 05 01

						   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
24 apr    ip    10 55 18.7                 is    58 10.7  lz 16s 2200nm  
24 apr    ip    19 54 32.7  1.2 s    44nm  lz 18s  600nm  
25 apr    ip    01 54 03.4  0.8 s    69nm  lz 19s  100nm  
25 apr    ep    17 46 05.8                 i     51 30.5  
26 apr    ip    02 32 46.8  0.8 s    51nm                 lz 22s   70nm
26 apr    ip    06 10 06.0                 is    10 22.6  
26 apr    ep    06 56 06.6                 es    56 23.4  
26 apr    ep    07 25 33.0                 es    25 50.7  
26 apr    ip    07 26 05.5  0.7 s   430nm  is    34 54.6  lz 19s 1300nm  
26 apr    ip    15 26 35.5  0.9 s    39nm  
26 apr    ip    16 19 44.4                 i     23 00.5  is    27 53.0  
					   i     30 09.6  lz 21s   53um  
26 apr    ep    17 53 10.2                 is    53 31.5  
28 apr    ip    03 24 21.4                 is    25 15.1  

dag
20 apr    ipc   10 58 15.4  0.7 s  4800pm  
20 apr    ipc   11 00 23.4  0.8 s  4500pm  
20 apr    epd   16 18 43.8  0.9 s  4200pm  
20 apr    ipd   21 40 41.0  0.8 s    23nm  
21 apr    ipc   22 37 02.4  1.1 s    13nm  
23 apr    ep    15 23 48.1  0.4 s  4200pm  
24 apr    ipc   05 04 17.0  0.6 s  2000pm  i     05 12.6  
24 apr    ep    07 17 20.7  
24 apr    ipc   10 59 13.0  1.1 s    42nm  
24 apr    ipc   11 01 26.5  0.9 s    36nm  
24 apr    ipd   11 19 43.6  1.4 s    28nm  
24 apr    ipc   19 57 08.9  0.6 s  2700pm  
25 apr    ipc   03 20 12.7  0.8 s  9000pm  
26 apr    epd   01 48 10.5  0.6 s  4700pm  
26 apr    ipd   07 23 59.1  0.9 s   220nm  
26 apr    ipdu  16 18 55.9  0.7 s   190nm  i     22 06.4  es    49 19    
28 apr    ep    13 35 38    
29 apr    ipd   23 22 24.9  0.9 s  5900pm  
30 apr    ep    05 55 15                   i     56 22.6  

mud
24 apr    ep    07 19 42.0  1.1 s    46nm  lz 21s  400nm  
24 apr    ep    10 55 44.2  1.4 s   560nm  is    58 50.8  lz 16s 4800nm  
24 apr    ip    19 54 49.2  1.1 s    66nm  lz 20s 1600nm  
24 apr    ep    20 16 43.6  0.9 s    21nm  
25 apr    ip    01 54 17.7  0.8 s    25nm  i     54 31.6  
25 apr    ep    17 47 19.2                 lz 19s  200nm  
26 apr    ip    02 32 46.5  1.0 s    59nm  i     32 52.6  
26 apr    ip    06 10 06.4                 is    10 23.2  
26 apr    ip    06 40 26.8                 is    40 44.0  
26 apr    ep    06 56 05.6                 i     56 06.4  es    56 21.5  
26 apr    ep    07 25 30.7                 i     25 31.7  is    25 47.1  
					   lz 20s 1400nm  
26 apr    ip    07 26 05.2  0.7 s   260nm  es    34 56.2  
26 apr    ip    15 26 43.6  0.9 s    27nm  
26 apr    ip    16 19 49.2                 i     23 08.5  i     28 07.5  
					   i     30 16.0  lz 22s   78um  
26 apr    ep    19 44 38.1  
27 apr    ip    00 51 19.2  0.7 s    24nm  
28 apr    ep    03 24 50.7                 i     25 28.0  

lld
23 apr    ep    13 03 20.5  
24 apr    ep    07 20 22.3  0.9 s    48nm  
24 apr    ep    10 55 15.4                 is    58 20.3  
24 apr    ep    19 54 31.3  0.7 s    26nm  
25 apr    ip    01 54 04.8  0.7 s    60nm  
25 apr    ep    17 46 59.3  1.1 s    68nm  
26 apr    ip    02 32 47.8  0.8 s   100nm  
26 apr    ip    06 10 04.9                 i     10 05.8  es    10 20.6  
26 apr    ip    06 40 25.6                 i     40 26.4  es    40 41.1  
26 apr    ip    06 56 05.8                 es    56 21.7  
26 apr    ep    07 25 31.8                 es    25 48.0  
26 apr    ip    07 26 08.3  0.7 s   690nm  
26 apr    ip    15 26 36.6  0.8 s    52nm  
26 apr    ip    16 19 50.8                 i     23 06.9  is    28 10.7  
26 apr    ip    17 53 12.4                 es    53 36.6  
27 apr    ep    00 51 16.2  
28 apr    ip    03 24 17.2                 is    25 10.4  

bsd
23 apr    ip    13 03 25.0                 is    03 26.4  
23 apr    ip    13 46 44.9                 is    46 57.7  ilg  13 46 59.9  
23 apr    ep    13 53 45.6                 es    53 57.5  elg   54 00.9  
23 apr    ip    13 59 02.5                 is    59 17.0  i     59 17.9  
24 apr    ip    07 19 45.8                 es    29 37.6  
24 apr    ip    10 55 04.4                 is    57 34.0  
24 apr    ep    19 54 16.3                 es    59 11.7  
24 apr    ep    20 16 08.1  
25 apr    ip    01 53 50.0  
25 apr    ip    09 51 17.8                 is    51 19.1  i     51 24.0  
25 apr    ip    17 46 35.0                 i     46 49.6  
26 apr    ip    02 32 45.4  
26 apr    ip    06 10 26.8                 i     10 30.3  is    11 05.6  
26 apr    ep    06 56 27.8                 es    57 00.7  
26 apr    ip    07 25 53.4                 is    35 00.5  i     39 33.6  
26 apr    ep    07 26 04.8                 es    26 24.6  
26 apr    ep    15 26 29.5  
26 apr    ip    16 19 43.2                 i     24 01.8  is    30 17.5  
26 apr    ip    17 52 34.4                 i     52 41.9  is    52 52.5  
26 apr    ip    19 19 07.5                 is    19 47.7  
26 apr    ip    19 43 56.1                 is    44 35.7  ilg   44 38.7  
27 apr    ip    00 51 18.7  
28 apr    ep    03 24 03.0                 i     24 07.1  es    24 46.0  
					   ilg   24 50.3  
++