
##TITLE=AC1201_HPAAH12051_7164041_BXMSYcsEkW
##JCAMPDX= 6.0         $$ Bruker NMR JCAMP-DX V2.0
##DATA TYPE= NMR SPECTRUM
##DATA CLASS= NTUPLES
##ORIGIN= BRUKER
##OWNER= Administrator
$$ 1.72 TOPSPIN		Version 2.1
$$ 2012-12-01 14:05:00.436 -0500  Administrator@X
$$ Compression mode = diff/dup
##.OBSERVE FREQUENCY= 400.02188249412
##.OBSERVE NUCLEUS= ^1H
##.ACQUISITION MODE= SIMULTANEOUS (DQD)
##.ACQUISITION SCHEME= undefined
##.AVERAGES= 8
##.DIGITISER RES= 22
##SPECTROMETER/DATA SYSTEM= spect
##.PULSE SEQUENCE= zg30
##.SOLVENT NAME= COFFEE_meoh
##.SHIFT REFERENCE= INTERNAL, COFFEE_meoh, 1, 14.98509
##AUDIT TRAIL= $$ (NUMBER, WHEN, WHO, WHERE, PROCESS, VERSION, WHAT)
$$ ##TITLE= Audit trail, TOPSPIN		Version 2.1
$$ ##JCAMPDX= 5.01
$$ ##ORIGIN= Bruker BioSpin GmbH
$$ ##OWNER= Administrator
$$ $$ E:\/data/COFFEE/nmr/AC1201_HPAAH12051_7164041_BXMSYcsEkW/10/pdata/1/auditp.txt
$$ ##AUDIT TRAIL=  $$ (NUMBER, WHEN, WHO, WHERE, PROCESS, VERSION, WHAT)
(   1,<2012-12-01 14:04:51.272 -0500>,<Administrator>,<X>,<go>,<TOPSPIN 2.1>,
      <created by zg
	started at 2012-12-01 14:03:44.615 -0500,
	POWCHK enabled, PULCHK disabled,
       configuration hash MD5:
       86 BA 57 50 F2 9D 5C 9B 26 00 A9 28 5F 66 2E 89
       data hash MD5: 64K
       AA 1F 95 2E AE 9E D5 93 BC FE 2B 55 53 9B 54 83>)
(   2,<2012-12-01 14:04:54.639 -0500>,<Administrator>,<X>,<proc1d>,<TOPSPIN 2.1>,
      <Start of raw data processing
       efp LB = 0 FT_mod = 6 PKNL = 1 PHC0 = 0 PHC1 = 0 SI = 32K 
       data hash MD5: 32K
       3C 4F 5D 50 F2 1F C2 B2 73 57 59 04 8E 6C FE 81>)
(   3,<2012-12-01 14:04:55.139 -0500>,<Administrator>,<X>,<proc1d>,<TOPSPIN 2.1>,
      <pk PHC0 = 97.37183 PHC1 = 0 
       data hash MD5: 32K
       F6 A4 95 73 B3 F5 F0 64 10 B8 B2 96 B4 CD C2 9E>)
(   4,<2012-12-01 14:04:55.358 -0500>,<Administrator>,<X>,<proc1d>,<TOPSPIN 2.1>,
      <abs ABSG = 1 
       data hash MD5: 32K
       F6 CD 91 BD EB DC E6 34 C3 7E CA 79 28 A9 DC 9B>)
(   5,<2012-12-01 14:04:55.514 -0500>,<Administrator>,<X>,<proc1d>,<TOPSPIN 2.1>,
      <abs ABSG = 2 
       data hash MD5: 32K
       BB 95 B9 87 41 F4 27 D4 F3 E2 83 DC 56 16 E3 76>)
(   6,<2012-12-01 14:04:55.670 -0500>,<Administrator>,<X>,<proc1d>,<TOPSPIN 2.1>,
      <abs ABSG = 3 
       data hash MD5: 32K
       0B 03 B5 02 8C D3 07 A2 8C EC F3 D4 19 FF 6F 1B>)
(   7,<2012-12-01 14:04:55.811 -0500>,<Administrator>,<X>,<proc1d>,<TOPSPIN 2.1>,
      <abs ABSG = 4 
       data hash MD5: 32K
       4C EB D3 0D 83 9D A3 F4 5C 84 90 72 BC 60 47 BF>)
(   8,<2012-12-01 14:04:55.998 -0500>,<Administrator>,<X>,<proc1d>,<TOPSPIN 2.1>,
      <abs ABSG = 5 
       data hash MD5: 32K
       74 24 A0 30 6A A2 02 B6 6D 64 FF C6 14 88 6F 7A>)
$$ ##END=
$$ 
$$ $$ hash MD5
$$ $$ F6 24 A5 6D 35 2A FF CA 36 7E 0E 25 08 67 93 6D
##$RELAX= 
##$BRUKER FILE EXP=format.temp
$$ EDIT_PAR COMMAND FILE
$$ 
$$ DI_MODE         LONG
$$ ED_ENTRY        ACQU
$$ ORDER           FILE
$$ 
$$ 
$$ HEADER		"F2 - Acquisition Parameters"
$$ T_NAME		Date_
$$ 		TYPE	R64
$$ 		CLASS	ACQU
$$ 		SUBRANGE 0.0 50000000
$$ 		REL	"Date_=itodate(DATE)"
$$ 		INV_REL	"DATE=datetoi(Date_,DATE)"
$$ 		FORMAT	"%14.0f"
$$ 		TEXT	" "
$$ END
$$ T_NAME		Time
$$ 		TYPE	R32
$$ 		CLASS	ACQU
$$ 		SUBRANGE 0.0 1000000
$$ 		REL	"Time=itotime(DATE)"
$$ 		INV_REL	"DATE=timetoi(Time,DATE)"
$$ 		FORMAT	"%14.2f"
$$ 		TEXT	" "
$$ END
$$ NAME		INSTRUM
$$ 		TEXT	" "
$$ END
$$ NAME		PROBHD
$$ 		FORMAT	"%14.14s"
$$ 		TEXT	" "
$$ END
$$ NAME		PULPROG
$$ 		TEXT	" "
$$ END
$$ NAME		TD
$$ 		TEXT	" "
$$ END
$$ NAME		SOLVENT
$$ 		TEXT	" "
$$ END
$$ NAME		NS
$$ 		TEXT	" "
$$ END
$$ NAME		DS
$$ 		TEXT	" "
$$ END
$$ T_NAME		SWH
$$ 		TYPE	R32
$$ 		CLASS	ACQU
$$ 		SUBRANGE 0.0 1e8
$$ 		REL	"SWH=SW*SFO1"
$$ 		INV_REL "SW=SWH/SFO1"
$$ 		UNIT	"Hz"
$$ 		FORMAT	"%14.3f Hz"
$$ 		TEXT	" "
$$ END
$$ T_NAME          FIDRES
$$                 TYPE    R32
$$                 CLASS   ACQU
$$                 SUBRANGE 0.0 100000
$$                 REL     "FIDRES=SW*SFO1/TD"
$$                 INV_REL "TD = nextpow(SW*SFO1/FIDRES)"
$$ 		UNIT	"Hz"
$$ 		FORMAT	"%14.6f Hz"
$$ 		TEXT	" "
$$ END
$$ T_NAME          AQ
$$ 		TYPE	R32
$$ 		CLASS	ACQU
$$ 		SUBRANGE 0.0 1000
$$ 		REL	"AQ=aqcalc(SW,SFO1,TD,DIGTYP)"
$$ 		INV_REL	"TD=tdcalc(SW,SFO1,1.0e6*AQ,DIGTYP)"
$$ 		UNIT	"sec"
$$ 		FORMAT	"%14.7f sec"
$$ 		TEXT	" "
$$ END
$$ NAME		RG
$$ 		TEXT	" "
$$ END
$$ T_NAME          DW
$$ 		TYPE	R32
$$ 		CLASS	ACQU
$$ 		SUBRANGE 0.0 1000000
$$ 		REL	"DW=1/(2*SW*SFO1)"
$$ 		INV_REL	"SW=1000000/(2*(0.005+DW)*SFO1)"
$$ 		UNIT	"usec"
$$ 		FORMAT	"%14.3lf usec"
$$ 		TEXT	" "
$$ END
$$ NAME		DE
$$ 		FORMAT	"%14.2f usec"
$$ 		TEXT	" "
$$ END
$$ NAME		TE
$$ 		FORMAT	"%14.1f K"
$$ 		TEXT	" "
$$ END
$$ T_NAME		D1
$$ 		TYPE	R32
$$ 		CLASS	ACQU
$$ 		SUBRANGE 0.0 1e38
$$ 		REL	"D1=D[1]"
$$ 		INV_REL	"D[1]=D1"
$$ 		UNIT	"sec"
$$ 		FORMAT	"%14.8f sec"
$$ 		TEXT	" "
$$ END
$$ NAME		TD0
$$ 		TEXT	" "
$$ END
$$ HEADER		"======== CHANNEL f1 ========"
$$ NAME		NUC1
$$ 		NONEDIT
$$ 		TEXT	" "
$$ END
$$ T_NAME		P1
$$ 		TYPE	R32
$$ 		CLASS	ACQU
$$ 		SUBRANGE 0.0 1.0e10
$$ 		REL	"P1=P[1]"
$$ 		INV_REL	"P[1]=P1"
$$ 		UNIT	"usec"
$$ 		FORMAT	"%14.2f usec"
$$ 		TEXT	" "
$$ END
$$ T_NAME		PL1
$$ 		TYPE	R32
$$ 		CLASS	ACQU
$$ 		SUBRANGE -6.0 1e38
$$ 		REL	"PL1=PL[1]"
$$ 		INV_REL	"PL[1]=PL1"
$$ 		UNIT	"dB"
$$ 		FORMAT	"%14.2f dB"
$$ 		TEXT	" "
$$ END
$$ T_NAME		PL1W
$$ 		TYPE	R32
$$ 		CLASS	ACQU
$$ 		SUBRANGE -6.0 1e38
$$ 		REL	"PL1W=145*pow(10.0,(-6-PL[1])/10.0)"
$$ 		INV_REL	"PL[1]=-6-4.3425*log(PL1W/145)"
$$ 		UNIT	"no"
$$ 		FORMAT	"%14.8f W"
$$ 		TEXT	" "
$$ END
$$ NAME		SFO1
$$ 		FORMAT	"%14.7f MHz"
$$ 		TEXT	" "
$$ END
##$RELAX= 
##$BRUKER FILE EXP=scon2
$$ ##TITLE= Parameter file, TOPSPIN		Version 2.1
$$ ##JCAMPDX= 5.0
$$ ##DATATYPE= Parameter Values
$$ ##NPOINTS= 1	$$ modification sequence number
$$ ##ORIGIN= Bruker BioSpin GmbH
$$ ##OWNER= Administrator
$$ $$ 2012-12-01 14:03:43.975 -0500  Administrator@X
$$ $$ E:\/data/COFFEE/nmr/AC1201_HPAAH12051_7164041_BXMSYcsEkW/10/scon2
$$ $$ process C:\Bruker\TOPSPIN\prog\mod\go.exe
$$ ##$BLKTR= (0..15)
3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3
$$ ##$DE1= 4.5
$$ ##$DEADC= 0.5
$$ ##$DEPA= 4.5
$$ ##$DERX= 1.5
$$ ##$FILCOR= 1.68
$$ ##END=
##$RELAX= 
##$BRUKER FILE EXP=prosol_History
$$ #*******************************************************************
$$ #
$$ # $Source: /sc/CvsTree/sc/gen/src/prg/scripts/tix/prosol/lib/lists/default,v $
$$ #
$$ # Copyright (c) 1999
$$ # BRUKER ANALYTIK GMBH
$$ # D-76287 Rheinstetten, Germany
$$ #
$$ # All Rights Reserved
$$ #
$$ #
$$ # $Id: default,v 1.15.2.4 2009/04/21 07:11:57 ber Exp $
$$ #
$$ #*******************************************************************
$$ #../conf/instr/spect/prosol/relations/default
$$ #avance-version (09/04/21)
$$ #
$$ #pulses
$$ #
$$ P[0]=P90[F1];				#  90 deg pulse F1
$$ P[1]=P90[F1];				#  90 deg pulse F1
$$ P[2]=P90[F1]*2;				# 180 deg pulse F1
$$ P[3]=P90[F2];				#  90 deg pulse F2
$$ P[4]=P90[F2]*2;				# 180 deg pulse F2
$$ P[5]=PTOC[F1]*0.66;			#  60 deg pulse F1, TOCSY 
$$ P[6]=PTOC[F1];				#  90 deg pulse F1, TOCSY
$$ P[7]=PTOC[F1]*2;			# 180 deg pulse F1, TOCSY
$$ P[8]=PSH3[F1];                          #  90 deg selective F1, WET
$$ P[9]=PTOC[F2];				#  90 deg pulse F2, TOCSY
$$ P[10]=PTOC[F2]*2;			# 180 deg pulse F2, TOCSY
$$ P[11]=PSH1[F1];				#  90 deg selective F1
$$ P[12]=PSH2[F1];				# 180 deg selective F1
$$ #
$$ P[14]=PSH3[F2];				# 180 deg inversion, adiabatic
$$ P[15]=TROE[F1];				# cw pulse F1, ROESY
$$ P[18]=PSH7[F1];				# off-resonance presat F1
$$ P[21]=P90[F3];				#  90 deg pulse F3
$$ P[22]=P90[F3]*2;			# 180 deg pulse F3
$$ P[23]=P90[F4];				#  90 deg pulse F4
$$ P[24]=PSH2[F2];				# 180 deg refocussing, adiabatic
$$ P[25]=PROE[F1]*2;			# 180 deg pulse, Shaka ROESY
$$ P[26]=PSH12[F1];			# 180 deg inversion F1, adiabatic
$$ P[27]=P90[F1];				#  90 deg pulse F1, WATERGATE
$$ #
$$ P[29]=PSH8[F1];                         # flip back pulse
$$ P[31]=PSH15[F2];                        # 180 deg adiabatic, F2, 13C x-filter
$$ P[32]=PSH16[F1];                        # 180 deg adiabatic, F1, z-spoil
$$ #P[33]=PSH[F1];                         #  90 deg, F1, hadamard
$$ #P[34]=PSH[F1];                         # 180 deg, F1, hadamard
$$ #P[35]=PSH[F2];                         #  90 deg, F2, hadamard
$$ #P[36]=PSH[F2];                         # 180 deg, F2, hadamard
$$ #P[37]=PSH[F3];                         #  90 deg, F3, hadamard
$$ #P[38]=PSH[F3];                         # 180 deg, F3, hadamard
$$ P[39]=PSH21[F2];                        # 180 deg, F2, Bip
$$ P[40]=PSH8[F1]*2;                       # 180 deg sel. F1, 1H (exc. scul)
$$ #
$$ P[63]=PSH11[F2];                        # 180 deg adiabatic decoupling, F2, 13C
$$ #
$$ #decoupling pulses
$$ #
$$ PCPD[1]=PCPDP[F1];			# 90 deg pulse F1, dec.
$$ PCPD[2]=PCPDP[F2];			# 90 deg pulse F2, dec.
$$ PCPD[3]=PCPDP[F3];			# 90 deg pulse F3, dec.
$$ #
$$ #power levels
$$ #
$$ PL[1]=PL90[F1];				# high power, F1
$$ PL[2]=PL90[F2];				# high power, F2
$$ PL[3]=PL90[F3];				# high power, F3
$$ PL[4]=PL90[F4];				# high power, F4
$$ PL[9]=PLCW[F1];				# presat power, F1
$$ PL[10]=PLTOC[F1];			# TOCSY power, F1
$$ PL[11]=PLROE[F1];			# ROESY power, F1
$$ PL[12]=PLCPDP[F2];			# dec. power, F2
$$ PL[13]=PLCPD2[F2];			# dec. power 2, F2
$$ PL[14]=PLNOE[F2];			# low power cw, F2
$$ PL[15]=PLTOC[F2];			# TOCSY power, F2
$$ PL[16]=PLCPDP[F3];			# dec. power, F3
$$ PL[18]=PL90[F1];			# WATERGATE power, F1
$$ PL[19]=PLCPDP[F1];			# dec. power, F1
$$ PL[21]=PLCW[F2];			# 
$$ PL[23]=PLTOC[F3];			# TOCSY power, F3
$$ PL[24]=PLHD[F2];			# HD decoupling, F2
$$ PL[25]=PLSH8U[F2];			# Eretic, F2
$$ PL[27]=PLROE[F1];			# Shaka Spinlock
$$ PL[30]=PLCPDP[F2];			# dec. power, F2, 13C (=pl12)
$$ PL[31]=PLUSER2[F2];			# dec. power, F2, 13C, cw bilev
$$ #
$$ #shapes
$$ #
$$ SP[1]=PLSH1[F1];			#  90 deg selective F1
$$ SP[2]=PLSH2[F1];			# 180 deg selective F1
$$ SP[3]=PLSH3[F2];			# adiabatic 180 deg, F2, inversion
$$ SP[4]=PLSH21[F2];			# 180 deg Bip, F2, inversion
$$ SP[6]=PLSH7[F1];			# off-resonance presat F1
$$ SP[7]=PLSH2[F2];			# adiabatic 180 deg, F2, refocussing
$$ SP[8]=PLSH12[F1];			# adiabatic 180 deg, F1, inversion
$$ SP[10]=PLSH8[F1];                       # flip-back pulse, F1, 1H
$$ SP[11]=PLSH8[F1];                       # flip-back pulse, F1, H
$$ SP[14]=PLSH12[F2];			# adiab. bilev dec., F2, 13C
$$ SP[18]=PLSH15[F2];                      # adiabatic 180 deg, F2, 13C, x-filter
$$ SP[19]=PLSH3[F1] +0.87;                 #  90 deg, F1, wet
$$ SP[20]=PLSH3[F1] -1.04;                 #  90 deg, F1, wet
$$ SP[21]=PLSH3[F1] +2.27;                 #  90 deg, F1, wet
$$ SP[22]=PLSH3[F1] -5.05;                 #  90 deg, F1, wet
$$ #SP[23]=PLSH[F1];                       #  90 deg, F1, hadamard
$$ #SP[24]=PLSH[F1];                       # 180 deg, F1, hadamard
$$ #SP[25]=PLSH[F2];                       #  90 deg, F2, hadamard
$$ #SP[26]=PLSH[F2];                       # 180 deg, F2, hadamard
$$ #SP[27]=PLSH[F3];                       #  90 deg, F3, hadamard
$$ #SP[28]=PLSH[F3];                       # 180 deg, F3, hadamard
$$ SP[29]=PLSH16[F1];                      # adiabatic 180 deg, F1, z-spoil
$$ SP[31]=PLSH11[F2];			# adiab. dec., F2, 13C
$$ #
$$ SPNAM1=PNSH1[F1];			#
$$ SPNAM2=PNSH2[F1];			#
$$ SPNAM3=PNSH3[F2];			#
$$ SPNAM4=PNSH21[F2];			#
$$ SPNAM6=PNSH7[F1];			#
$$ SPNAM7=PNSH2[F2];			#
$$ SPNAM8=PNSH12[F1];			#
$$ SPNAM10=PNSH8[F1];                      #
$$ SPNAM11=PNSH8[F1];                      #
$$ SPNAM14=PNSH12[F2];			#
$$ SPNAM15=PNSH8U[F2];			# Eretic, F2
$$ SPNAM18=PNSH15[F2];			#
$$ SPNAM19=PNSH3[F1];			#
$$ SPNAM20=PNSH3[F1];			#
$$ SPNAM21=PNSH3[F1];			#
$$ SPNAM22=PNSH3[F1];			#
$$ #SPNAM23=PNSH[];                        #
$$ #SPNAM24=PNSH[];                        #
$$ #SPNAM25=PNSH[];                        #
$$ #SPNAM26=PNSH[];                        #
$$ #SPNAM27=PNSH[];                        #
$$ #SPNAM28=PNSH[];                        #
$$ SPNAM29=PNSH16[F1];                     #
$$ SPNAM31=PNSH11[F2];			#
$$ #
$$ SPOAL[1]=PASH1[F1];			#
$$ SPOAL[2]=PASH2[F1];			#
$$ SPOAL[3]=PASH3[F2];			#
$$ SPOAL[4]=PASH21[F2];			#
$$ SPOAL[6]=PASH7[F1];			#
$$ SPOAL[7]=PASH2[F2];			#
$$ SPOAL[8]=PASH12[F1];			#
$$ SPOAL[10]=PASH8[F1];
$$ SPOAL[11]=PASH8[F1];
$$ SPOAL[14]=PASH12[F2];			#
$$ SPOAL[18]=PASH15[F2];			#
$$ SPOAL[19]=PASH3[F1];			#
$$ SPOAL[20]=PASH3[F1];			#
$$ SPOAL[21]=PASH3[F1];			#
$$ SPOAL[22]=PASH3[F1];			#
$$ #SPOAL[23]=PASH[];			#
$$ #SPOAL[24]=PASH[];			#
$$ #SPOAL[25]=PASH[];			#
$$ #SPOAL[26]=PASH[];			#
$$ #SPOAL[27]=PASH[];			#
$$ #SPOAL[28]=PASH[];			#
$$ SPOAL[29]=PASH16[F1];                   #
$$ SPOAL[31]=PASH11[F2];			#
$$ #
$$ #global
$$ #
$$ D[9]=TTOC[F1];				#
$$ D[16]=D_grad;				#
$$ P[16]=P_grad1;				#
$$ P[17]=P_mlev;				#
$$ P[19]=P_grad2;				#
$$ P[20]=P_mlev;				#
$$ P[28]=P_hsqc;				#
$$ #
##$RELAX= 
##$BRUKER FILE EXP=pulseprogram
$$ # 1 "C:/Bruker/TOPSPIN/exp/stan/nmr/lists/pp/zg30"
$$ ;zg30
$$ ;avance-version (07/04/03)
$$ ;1D sequence
$$ ;using 30 degree flip angle
$$ ;
$$ ;$CLASS=HighRes
$$ ;$DIM=1D
$$ ;$TYPE=
$$ ;$SUBTYPE=
$$ ;$COMMENT=
$$ 
$$ 
$$ # 1 "C:/Bruker/TOPSPIN/exp/stan/nmr/lists/pp/Avance.incl" 1
$$ ;Avance2.incl
$$ ;   for 1
$$ ;
$$ ;avance-version (07/08/21)
$$ ;
$$ ;$CLASS=HighRes Incl
$$ ;$COMMENT=
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$$ ;$Id: Avance2.incl,v 1.17.2.1 2007/09/14 16:17:35 ber Exp $
$$ # 13 "C:/Bruker/TOPSPIN/exp/stan/nmr/lists/pp/zg30" 2
$$ 
$$ 
$$ 
$$ "acqt0=-p1*0.66/3.1416"
$$ 
$$ 
$$ # 1 "mc_line 19 file C:/Bruker/TOPSPIN/exp/stan/nmr/lists/pp/zg30 expanding definition part of mc command before ze"
$$ define delay MCWRK
$$ define delay MCREST
$$ "MCWRK = 0.333333*30m"
$$ "MCREST = 30m - 30m"
$$     dccorr
$$ # 19 "C:/Bruker/TOPSPIN/exp/stan/nmr/lists/pp/zg30"
$$ 1 ze
$$ # 1 "mc_line 19 file C:/Bruker/TOPSPIN/exp/stan/nmr/lists/pp/zg30 expanding definition of mc command after ze"
$$ # 20 "C:/Bruker/TOPSPIN/exp/stan/nmr/lists/pp/zg30"
$$ # 1 "mc_line 20 file C:/Bruker/TOPSPIN/exp/stan/nmr/lists/pp/zg30 expanding start label for mc command"
$$ 2 MCWRK  * 2
$$ LBLF0, MCWRK
$$   MCREST
$$ # 21 "C:/Bruker/TOPSPIN/exp/stan/nmr/lists/pp/zg30"
$$   d1
$$   p1*0.33 ph1
$$   go=2 ph31
$$ # 1 "mc_line 24 file C:/Bruker/TOPSPIN/exp/stan/nmr/lists/pp/zg30 expanding mc command in line"
$$   MCWRK wr #0
$$   MCWRK zd 
$$   lo to LBLF0 times td0
$$ 
$$   MCWRK
$$ # 25 "C:/Bruker/TOPSPIN/exp/stan/nmr/lists/pp/zg30"
$$ exit
$$ 
$$ 
$$ ph1=0 2 2 0 1 3 3 1
$$ ph31=0 2 2 0 1 3 3 1
$$ 
$$ 
$$ ;pl1 : f1 channel - power level for pulse (default)
$$ ;p1 : f1 channel -  90 degree high power pulse
$$ ;d1 : relaxation delay; 1-5 * T1
$$ ;NS: 1 * n, total number of scans: NS * TD0
$$ 
$$ 
$$ 
$$ ;$Id: zg30,v 1.9 2007/04/11 13:34:31 ber Exp $
##$RELAX= 
##$BRUKER FILE EXP=uxnmr.par
$$ ##TITLE= Parameter file, TOPSPIN		Version 2.1
$$ ##JCAMPDX= 5.0
$$ ##DATATYPE= Parameter Values
$$ ##NPOINTS= 15	$$ modification sequence number
$$ ##ORIGIN= Bruker BioSpin GmbH
$$ ##OWNER= Administrator
$$ $$ 2012-11-22 11:15:56.850 -0800  Administrator@X
$$ $$ C:/Bruker/TOPSPIN/conf/instr/spect/uxnmr.par
$$ $$ process C:\Bruker\TOPSPIN\prog\mod\hconfserver.exe
$$ ##$ACB= 1
$$ ##$ACBTAT= (0..15)
0 88 72 50 0 0 0 0 0 0 0 0 0 0 0 0
$$ ##$ACBTBA= (0..15)
0 40 30 0 0 0 0 0 0 0 0 0 0 0 0 0
$$ ##$ACBTBLK= (0..15)
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
$$ ##$ACBTCTL= (0..15)
0 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0
$$ ##$ACBTDI= (0..15)
0 70 70 72 0 0 0 0 0 0 0 0 0 0 0 0
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$$ ##$DRUETH05= <no>
$$ ##$DRUETH06= <no>
$$ ##$DRUETH07= <no>
$$ ##$DRUETH08= <no>
$$ ##$DRUETH09= <no>
$$ ##$DRUETH10= <no>
$$ ##$DRUETH11= <no>
$$ ##$DRUETH12= <no>
$$ ##$DRUETH13= <no>
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$$ ##$DRUETH15= <no>
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$$ ##$DRUETH17= <no>
$$ ##$DRUETH18= <no>
$$ ##$DRUETH19= <no>
$$ ##$DRUETH20= <no>
$$ ##$DRUETH21= <no>
$$ ##$DRUETH22= <no>
$$ ##$DRUETH23= <no>
$$ ##$DRUETH24= <no>
$$ ##$DRUETH25= <no>
$$ ##$DRUETH26= <no>
$$ ##$DRUETH27= <no>
$$ ##$DRUETH28= <no>
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$$ ##$DRUETH30= <no>
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$$ ##$NAMPD3= <XBB19F 2HS>
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$$ ##$PRAMP2= <no>
$$ ##$PRAMP3= <no>
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$$ Bruker specific parameters
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##$LPBIN= 0
##$MAXI= 10000
##$MC2= 0
##$MEAN= 0
##$ME_mod= 0
##$MI= 0
##$NCOEF= 0
##$NC_proc= -8
##$NLEV= 6
##$NOISF1= 0
##$NOISF2= 0
##$NSP= 0
##$NTH_PI= 0
##$NZP= 0
##$OFFSET= 14.98509
##$PC= 1
##$PHC0= 97.37183
##$PHC1= 0
##$PH_mod= 1
##$PKNL= yes
##$PPARMOD= 0
##$PPDIAG= 0
##$PPIPTYP= 0
##$PPMPNUM= 2147483647
##$PPRESOL= 1
##$PSCAL= 4
##$PSIGN= 0
##$PYNMP= <proc.py>
##$REVERSE= no
##$SF= 400.02
##$SI= 32768
##$SIGF1= 0
##$SIGF2= 0
##$SINO= 400
##$SIOLD= 32768
##$SPECTYP= <>
##$SREGLST= <1H.CDCl3>
##$SSB= 0
##$STSI= 32768
##$STSR= 0
##$SW_p= 8223.68421052631
##$SYMM= 0
##$S_DEV= 0
##$TDeff= 65536
##$TDoff= 0
##$TI= <>
##$TILT= no
##$TM1= 0
##$TM2= 0
##$TOPLEV= 0
##$USERP1= <user>
##$USERP2= <user>
##$USERP3= <user>
##$USERP4= <user>
##$USERP5= <user>
##$WDW= 1
##$XDIM= 32768
##$YMAX_p= 472163093
##$YMIN_p= -666072
##$CURPLOT= <Network HP LaserJet P1505>
##$CURPRIN= <$Network HP LaserJet P1505>
##$DFORMAT= <normdp>
##$LAYOUT= <+/1D_H.xwp>
##$LFORMAT= <normlp>
##$PFORMAT= <normpl>
##$SURQMSG= 1
$$ End of Bruker specific parameters
$$ ---------------------------------
##NTUPLES= NMR SPECTRUM
##VAR_NAME=  FREQUENCY,     SPECTRUM/REAL,   SPECTRUM/IMAG
##SYMBOL=    X,             R,               I
##VAR_TYPE=  INDEPENDENT,   DEPENDENT,       DEPENDENT
##VAR_FORM=  AFFN,          ASDF,            ASDF
##VAR_DIM=   32768,         32768,           32768
##UNITS=     HZ,            ARBITRARY UNITS, ARBITRARY UNITS
##FACTOR=    0.250966925370066, 1,           1
##FIRST=     8223.43324360094, 86704,        -1958
##LAST=      0,             27598,           127033
##MIN=       0,             -666072,         0
##MAX=       8223.43324360094, 472163093,    0
$$ Real data points
##PAGE= N=1
##DATA TABLE= (X++(R..R)), XYDATA
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