##TITLE= Audit trail, TOPSPIN		Version 2.1
##JCAMPDX= 5.01
##ORIGIN= Bruker BioSpin GmbH
##OWNER= nmrafd
$$ /disk2/data/nmrafd/nmr/karthick1509/9/pdata/1/auditp.txt
##AUDIT TRAIL=  $$ (NUMBER, WHEN, WHO, WHERE, PROCESS, VERSION, WHAT)
(   1,<2015-09-02 10:53:06.834 +0200>,<nmrafd>,<fwnc7178>,<go>,<TOPSPIN 2.1>,
      <acquisition in progress>)
(   2,<2015-09-03 09:59:53.530 +0200>,<nmrafd>,<fwnc7178>,<proc2d>,<TOPSPIN 2.1>,
      <Start of raw data processing
       xfb F2: SI = 8K BC_mod = 2 WDW = 1 LB = 50 FT_mod = 6 PKNL = 1 PHC0 = 97.7396 PHC1 = -16.79998 F1: SI = 512 WDW = 4 SSB = 3 FT_mod = 5 PHC0 = -14.34483 PHC1 = 0 MC2 = 2
       data hash MD5: 8K * 512
       91 C3 7D 57 21 27 24 8B 55 22 F8 0C 9A C5 39 BD>)
(   3,<2015-09-09 11:03:22.842 +0200>,<nmrafd>,<fwnc7178>,<dirdata>,<TOPSPIN 2.1>,
      <wrpa from 1 96 "Fatemeh1508" "av7501508" "/disk2"
       data hash MD5: 8K * 512
       91 C3 7D 57 21 27 24 8B 55 22 F8 0C 9A C5 39 BD>)
(   4,<2015-09-09 11:37:04.935 +0200>,<nmrafd>,<fwnc7178>,<audit>,<TOPSPIN 2.1>,
      <user comment:
       TITLE=NCACX-2D; 
       
       Tips:
       
       1. This gives the correlation between N and C.
       2. Tough in 1D-NCA it gives good sino with ns 256, for the 2D please keep ns = 1024 for to observe the cross peaksTITLE_END
       data hash MD5: 8K * 512
       91 C3 7D 57 21 27 24 8B 55 22 F8 0C 9A C5 39 BD>)
(   5,<2015-09-09 11:37:26.766 +0200>,<nmrafd>,<fwnc7178>,<audit>,<TOPSPIN 2.1>,
      <user comment:
       TITLE=NCACX-2D;
       with a mixing time of d20 = 15msec
       
       Tips:
       
       1. This gives the correlation between N and C.
       2. Tough in 1D-NCA it gives good sino with ns 256, for the 2D please keep ns = 1024 for to observe the cross peaksTITLE_END
       data hash MD5: 8K * 512
       91 C3 7D 57 21 27 24 8B 55 22 F8 0C 9A C5 39 BD>)
(   6,<2015-09-09 11:39:12.905 +0200>,<nmrafd>,<fwnc7178>,<audit>,<TOPSPIN 2.1>,
      <user comment:
       TITLE=NCACX-2D;
       with a mixing time of d20 = 15msec
       (with higher mixing time, one could go even further distance ==) more cross peaks will come from c beta too)
       
       Tips:
       
       1. This gives the correlation between N and C.
       2. Tough in 1D-NCA it gives good sino with ns 256, for the 2D please keep ns = 1024 for to observe the cross peaks
       3. for the indirect dimension one can always put 512, and could stop the experiment at any time by analyzing the fid screenTITLE_END
       data hash MD5: 8K * 512
       91 C3 7D 57 21 27 24 8B 55 22 F8 0C 9A C5 39 BD>)
(   7,<2015-09-09 11:39:13.714 +0200>,<nmrafd>,<fwnc7178>,<audit>,<TOPSPIN 2.1>,
      <user comment:
       TITLE=NCACX-2D;
       with a mixing time of d20 = 15msec
       (with higher mixing time, one could go even further distance ==) more cross peaks will come from c beta too)
       
       Tips:
       
       1. This gives the correlation between N and C.
       2. Tough in 1D-NCA it gives good sino with ns 256, for the 2D please keep ns = 1024 for to observe the cross peaks
       3. for the indirect dimension one can always put 512, and could stop the experiment at any time by analyzing the fid screenTITLE_END
       data hash MD5: 8K * 512
       91 C3 7D 57 21 27 24 8B 55 22 F8 0C 9A C5 39 BD>)
(   8,<2015-10-01 10:26:54.415 +0200>,<nmrafd>,<fwnc7178>,<disknew>,<TOPSPIN 2.1>,
      <processed data deleted>)
$$ /home/nmrafd/licdata/all_nmr_data/av750/data/av7501509/nmr/setup_backbone_expts/9/pdata/1/auditp.txt
(   9,<2024-03-06 10:13:17.248 +0100>,<nmrafd>,<av750new>,<proc2d>,<TopSpin 4.1.4>,
      <Start of raw data processing
       xfb F2: SI = 8K BC_mod = 2 WDW = 1 LB = 50 FT_mod = 6 PKNL = 1 PHC0 = 97.7396 PHC1 = -16.79998 F1: SI = 512 WDW = 4 SSB = 3 FT_mod = 5 FCOR = 0.5 PHC0 = -14.34483 PHC1 = 0 MC2 = 2
       data hash MD5: 8K * 512
       31 4A 46 03 30 86 76 CF 0B B0 96 A9 80 11 4E EB>)
##END=

$$ hash MD5
$$ 30 FB DB 38 26 03 83 BA A6 19 EA 44 32 74 4A 67
