##TITLE= Reduced Fat Potato Chip Extract
##JCAMP-DX= 6.00 $$ JEOL NMR v1.10
##DATA TYPE= NMR SPECTRUM
##DATA CLASS= NTUPLES
##NUM DIM= 1
##ORIGIN= DELTA2_NMR
##OWNER= Public Domain
##LONG DATE= 2016/11/22 10:13:19
##SPECTROMETER/DATA SYSTEM= DELTA2_NMR
##.OBSERVE FREQUENCY= 3.9978219837825E+02
##.OBSERVE NUCLEUS= ^1H
##.DELAY= (8.34,8.34)
##.ACQUISITION MODE= SIMULTANEOUS
##.ACQUISITION SCHEME= PHASE SENSITIVE
##.PULSE SEQUENCE= single_pulse_at.jxp
##.SOLVENT NAME= CHLOROFORM-D
##.FIELD= 9.389766
##.FILTER WIDTH= 2.002132905984E+01
##.ACQUISITION TIME= 2.5006656
##.SPINNING RATE= 0
##.OBSERVE 90= 6.329
$$ ------------------------
$$ JEOL SPECIFIC PARAMETERS
##$FILENAME= redacted
##$TITLE= Reduced Fat Potato Chip Extract
##$AUTHOR= Bryan Hanson
##$CREATION= 22-NOV-2016 10:13:19
##$REVISION= 22-NOV-2016 10:57:09
##$CONTENT
##$INSTRUMENT= DELTA2_NMR
##$SITE= DePauw NMR
##$NODENAME= XJSWIPWSAE
##$DIMENSIONS= 1
##$STORAGE= FLOAT
##$X_FORMAT= COMPLEX
##$X_CURR_POINTS= 7014
##$X_START= 6.18933 $$ppm
##$X_STOP= -0.82562 $$ppm
##$X_TITLE= Proton
##$X_ZERO_POINT= 0
##$X_FREQ_FLIP= FALSE
##$X_POINTS= 18740
##$X_PRESCANS= 2
##$X_DOMAIN= 1H
##$X_OFFSET= 5 $$ppm
##$X_FREQ= 399.7822 $$MHz
##$X_SWEEP= 7.494 $$kHz
##$X_RESOLUTION= 0.4 $$Hz
##$SOLVENT= CHLOROFORM-D
##$TEMP_GET= 22.1 $$dC
##$ACQ_DELAY= 8.34 $$us
##$DIGITAL_FILTER= TRUE
##$FILTER_FACTOR= 16
##$FILTER_WIDTH= 60 $$kHz
##$TRANSITION_RATIO= 0.8
##$ORDERS= 2 54 74
##$FACTORS= 8  2
##$DIGITAL_FILTER_STATUS= 2P
##$LOCK_STRENGTH= 1358
##$LOCK_LEVEL= 180
##$LOCK_GAIN= 19
##$LOCK_OSC_OFFSET= 7.26 $$ppm
##$LOCK_PHASE= 300.9375 $$deg
##$LOCK_OSC_STATE= 2H OSC ON
##$X_ANGLE= 45 $$deg
##$X90= 6.329 $$us
##$X_90_WIDTH= 6.329 $$us
##$X_PULSE= 3.1645 $$us
##$RELAXATION_DELAY= 2.5 $$s
##$SCANS= 32
##$PROBE_ID= 2774
##$ITERATIONS= 1
##$FIELD_STRENGTH= 9.38977 $$T
##$TEMP_SET= 25 $$dC
##$SPIN_SET= 15 $$Hz
##$SPIN_GET= 0 $$Hz
##$HE_LEVEL= 91 $$%
##$N2_LEVEL= 72 $$%
##$CHANGER_SLOT= 2
##$EXPERIMENT= single_pulse_at.jxp
##$IRR_DOMAIN= Proton
##$TRI_DOMAIN= Proton
##$IRR_FREQ= 399.7822 $$MHz
##$TRI_FREQ= 399.7822 $$MHz
##$RECVR_GAIN= 26
##$IRR_OFFSET= 5 $$ppm
##$PROBE_RECOVERY= 0.00001 $$s
##$MOD_RETURN= 1
##$TOTAL_SCANS= 32
##$X_SWEEP_CLIPPED= 5995.20384 $$Hz
##$TRI_OFFSET= 5 $$ppm
##$X_ACQ_DURATION= 2.50067 $$s
##$AF_VERSION= 4
##$DECIMATION_REG= r: 834( 833),g: 49
##$DELAY_OF_START= 2.0 $$s
##$ACTUAL_START_TIME= 848675600
##$CLIPPED= FALSE
##$AF_DELAY_RATIO= 0
##$AUTOSHIM_MODE= AUTOSHIM OFF
##$BUFFER_LOOP= 1
##$BUFFER_LOOP_INDEX= 1
##$CHANGER_SLOT_POSITION= 2
##$COLLECTION_STATE= Collect
##$END_TIME= 848675770
##$EXP_REMAINING= 0 $$s
##$EXP_TOTAL= 169 $$s
##$HYBRID_SPIN_GET= 0 $$Hz
##$HYBRID_SPIN_STATUS= SPIN OFF
##$LOCK_STATE= AUTOLOCK
##$LOCK_STATUS= LOCK IDLE
##$MAS_SPIN_ACTION= SPIN OFF
##$MAS_SPIN_GET= 0 $$Hz
##$MAS_SPIN_MODE= AUTO
##$MAS_SPIN_SET= 1 $$Hz
##$MAS_SPIN_STATUS= SPIN OFF
##$NUM_SCANS= 1
##$OUTER_BUFFER_LOOP= 1
##$OUTER_BUFFER_LOOP_INDEX= 1
##$OUTER_SCANS_LOOP= 1
##$OUTER_SCANS_LOOP_INDEX= 1
##$PASS_RIPPLE= 10 $$mdB
##$PROJECT_ID= 0
##$RECVR_GAIN_LIMIT= 102
##$RECVR_GAIN_POINT= 200000
##$RECVR_PHASE= 0 $$deg
##$SAMPLE= 1804
##$SAMPLE_ACTION= LOADED
##$SAMPLE_ID= PotatoChipReducedFat
##$SAMPLE_STATE= LOAD
##$SAMPLE_STATUS= LOADED
##$SAWTOOTH_RANGE= 4
##$SCAN= 32
##$SCANS_LOOP= 32
##$SCANS_LOOP_INDEX= 32
##$SHIM_DELAY_STATE= 0
##$SOLID_CAP= Vespel
##$SOLID_SPIN_GET= 0 $$Hz
##$SOLID_SPIN_MODE= AUTO
##$SOLID_TUBE= ZrO2
##$SPIN_ACTION= SPIN OFF
##$SPIN_STATE= SPIN OFF
##$SPIN_STATUS= SPIN OFF
##$STOP_RIPPLE= 60 $$dB
##$TEMP_ACTION= TEMP OFF
##$TEMP_STATE= TEMP OFF
##$TEMP_STATUS= TEMP OFF
##$FIELD_NAME= 400
##$INST_MODEL_NUMBER= JNM-ECZ400S/L1
##$INST_SERIAL_NUMBER= NM1648000030003
##$PROBE_TUNE_ATN= 120 $$dB
##$SAWTOOTH_SHIFT= 7
##$SAWTOOTH_TRIM= 1.17
##$SHIM_GROUPS= Z1 Z2 Z3 Z4
##$SHIM_NAMES= SHIM_Z0
##$SHIM_TRACK_AXIS1= NONE
##$SHIM_TRACK_AXIS1_STEP= 0 $$mHz
##$SHIM_TRACK_AXIS2= NONE
##$SHIM_TRACK_AXIS2_STEP= 0 $$mHz
##$SHIM_TRACK_AXIS3= NONE
##$SHIM_TRACK_AXIS3_STEP= 0 $$mHz
##$SHIM_TRACK_AXIS4= NONE
##$SHIM_TRACK_AXIS4_STEP= 0 $$mHz
##$SHIM_TRACK_MONI_MSECS= 0 $$s
##$SHIM_TRACK_SKIP_AUTOSHIM= OFF
##$SHIM_TRACK_WAIT_MSECS= 0 $$s
##$SHIM_X= 268.9 $$Hz
##$SHIM_X2= 22.6 $$Hz
##$SHIM_X2Z= 30.8 $$Hz
##$SHIM_X3= -31.9 $$Hz
##$SHIM_XZ= 76.1 $$Hz
##$SHIM_XZ2= -63.1 $$Hz
##$SHIM_XZ3= 11 $$Hz
##$SHIM_Y= 226.4 $$Hz
##$SHIM_Y2= 27.5 $$Hz
##$SHIM_Y2Z= 64.9 $$Hz
##$SHIM_Y3= -25.8 $$Hz
##$SHIM_YZ= 53 $$Hz
##$SHIM_YZ2= -48.3 $$Hz
##$SHIM_YZ3= -8.5 $$Hz
##$SHIM_Z0= -7.089 $$kHz
##$SHIM_Z1= 46.54 $$Hz
##$SHIM_Z2= -39.46 $$Hz
##$SHIM_Z3= -8.33 $$Hz
##$SHIM_Z4= -52.73 $$Hz
##$SHIM_Z5= 3.23 $$Hz
##$SHIM_Z6= -2.75 $$Hz
##$VERSION= 5.1.2 [Windows]
##$DECIMATION_RATE= 0
##$X_ACQ_TIME= 2.5 $$s
##$X_ACQ_TIME_TRANSITION_RATIO= 3.125 $$s
##$COMMENT_1= *** Pulse ***
##$X_ATN= 2 $$dB
##$COMMENT_7= *** Pulse Delay ***
##$INITIAL_WAIT= 1 $$s
##$REPETITION_TIME= 5 $$s
##$COMMENT_201= *** obs_dante_presaturation ***
##$DANTE_PRESAT= FALSE
##$GET_90= pulse_service::get_90_value
##$GET_ATN= pulse_service::get_atn_value
##$GET_FREQ= pulse_service::get_freq_value
##$GET_SPIN= pulse_service::get_spin
##$GET_GAMMA= pulse_service::get_gamma
##$GET_PROBE_PARAMETER= probe_service::get_probe_parameter
##$COMMENT_202= *** irr_ preaturation & homo spin decoupling ***
##$IRR_MODE= Off
##$COMMENT_203= *** tri_ preaturation & homo spin decoupling ***
##$TRI_MODE= Off
##$COMMENT_111= *** presat_time ***
##$PRESAT_TIME_FLAG= FALSE
##$RELAXATION_DELAY_TEMP= 2.5 $$s
##$PRESAT_TIME= 2.5 $$s
##$RELAXATION_DELAY_CALC= 0 $$s
##$DANTE_LOOP= 250
##$DEAD_TIME= 0 $$us
##$DELAY= 0 $$us
##$PHASE= {0, 90, 270, 180, 180, 270, 90, 0}
##$PHASE_ACQ= {0, 90, 270, 180, 180, 270, 90, 0}
##$X_PROBE_MAP= HF1
##$DC_BALANCED= FALSE
##$X_SCALE= 1
##$NORMALIZED= TRUE
##$FFT_CLIPPED= TRUE
$$ END OF JEOL SPECIFIC PARAMETERS
$$ -------------------------------
##NTUPLES= NMR SPECTRUM
##VAR NAME= FREQUENCY,    SPECTRUM/REAL, SPECTRUM/IMAG, PAGE NUMBER
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##DATA TABLE=(X++(R..R)), XYDATA
[encoded data, 44619 characters]
-819e314285O55K8529J7906k3481q11m742
-825e296229  $$ checkpoint
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[encoded data, 49701 characters]
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-825d1441014  $$ checkpoint
##END NTUPLES=
##END=
