LAS Header
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Specific Well--15-093-21979
LAS Header |
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~Version Information
VERS. 2.0: CWLS log ASCII Standard -VERSION 2.0
WRAP. NO: One line per depth step
~Well Information Block
#MNEM.UNIT VALUE/NAME DESCRIPTION
#--------- ----------- ---------------------------
STRT.F 3494.50: START DEPTH
STOP.F 6541.00: STOP DEPTH
STEP.F 0.50: STEP DEPTH
NULL. -999.25: NULL VALUE
MMDD. 31-Dec-19 03 42 36: MAG DATA DATE
MMDL. IGRF12: MAGNETIC MODEL
LOC . 100' FSL & 860' FEL: LOCATION
FL1 . 100' FSL & 860' FEL: LOCATIONLINE1
DMF . KB: DRILL MEAS FROM
PDAT. GL: PERMANENT DATUM
RIG . BEREDCO #1: RIG NAME
CNTY. KEARNY: COUNTY NAME
FLD . PATTERSON: FIELD NAME
WELL. PATTERSON KGS #5-25: WELL NAME
COMP. BEREXCO, LLC.: COMPANY
DATE. 18-Apr-2020: DATE
S
VCO. Halliburton: SERVICECONAME
PROV. KANSAS: PROVINCE
STAT. KANSAS: STATE NAME
CTRY. USA: COUNTRY NAME
HIDE. : WELLNAMEOPERAT
BASI. BACIA: BASIN
UWI . 15-093-21979: UNIQUE WELL IDENTIFIER
API . 15-093-21979: API NUMBER
RANG. 38W: RANGE
TOWN. 22: TOWNSHIP
SECT. 25: SECTION
SON . 906439543: JOB NUMBER
SRVC. Halliburton: SERVICE COMPANY
LMF . KB: LOG MEASURED FROM
GRDC.deg 0.000: GRID CORRECTION
MDEC.deg -1.816: MAGNETIC DECL
AZTC.deg -1.816: AZM TOTAL CORR
MDIP.deg 58.354: MAGNETIC DIP
MFLD.nT 55018.000: MAGNETIC FIELD
TVDS.ft 3329.000: TVDSS CORRECTN
EGL .ft 3317.000: GROUND ELEVATION
APD .ft
12.000: DEPTH ABOVE PD
EPD .ft 3317.000: ELEVATION
BAP .ft 0.000: GL ELEV ONSHORE
GVFD.g 1.000: GRAVITY FIELD
EKB .ft 3329.000: KB ELEVATION
EDF .ft 3328.000: DF ELEVATION
MAGU. 1929605: MAGUTM CHECKSUM
VSC . 1: VS TO CLOSURE
~Parameter Information Block
#MNEM.UNIT Value Description
#--------- ----------- ---------------------------
BARI. OFF: BARITE CORR
BRMP. No: BromidePresent
DATE. 19-Apr-20: Run Date
DCS . 18-Apr-20: DateCircEndT
DLAB. 19-Apr-20: LogStartDateT
ENGI. JARRED HELMS: Engineer Name
IQVR. WL INSITE R6.2.13 (Build 2): WLIQ Version
LSTM.ucts 01.33.36 19-Apr-20: Log Start Time
LTYP. RAW: LogDataType
LUL . ODESSA: LoggingUnitLoc
LUN .
11027519: LoggingUnitNum
RUN . 1: Run Number
SCT1. 19-Apr-20: StartDateRun1
SVCN. RWCH-GTET--DSNT-SDLT-XMR-ACRT: Service Name
SVCS. RWCH, GTET, DSNT, SDLT, XMR Sonde: Services
TCS . 22 17: Time Ciculation Ended
TDCE.ucts 22.17.57 18-Apr-20: Time Circ End
TLAB. 01 33: LogStartTimeT
WITN. ED GRIEVES: Witness Name
~Curve Information Block
#MNEM.UNIT API CODE Curve Description
#--------- ----------- ---------------------------
DEPT.F 00 000 000 000: Depth
GRTH.api 00 000 000 000: GammaTh
GRTO.api 00 000 000 000: GammaTotal
GRTC.api 00 000 000 000: GammaKT
POTA.% 00 000 000 000: Potassium
URAN.ppm 00 000 000 000: Uranium
THOR.ppm 00 000 000 000: Thorium
GR .api 00 000 000 00
0: Gamma API
GRC .api 00 000 000 000: Gamma API Corrected
DMG .decp 00 000 000 000: DryrockMgWF
DAL .decp 00 000 000 000: DryrockAlWF
DSI .decp 00 000 000 000: DryrockSiWF
DSUL.decp 00 000 000 000: DryrockSuWF
DK .decp 00 000 000 000: DryrockKWF
DCA .decp 00 000 000 000: DryrockCaWF
DTI .decp 00 000 000 000: DryrockTiWF
DMN .decp 00 000 000 000: DryrockMnWF
DFE .decp 00 000 000 000: DryrockFeWF
DGD .ppm 00 000 000 000: DryrockGdWF
WMG .decp 00 000 000 000: WetrockMgWF
WAL .decp 00 000 000 000: WetrockAlWF
WSI .decp 00 000 000 000: WetrockSiWF
WSUL.decp 00 000 000 000: WetrockSuWF
WK .decp 00 000 000 000: WetrockKWF
WCA .decp 00 000 000 000: WetrockCaWF
WTI .decp 00 000 000 000: WetrockTiWF
WMN .d
ecp 00 000 000 000: WetrockMnWF
WFE .decp 00 000 000 000: WetrockFeWF
WGD .ppm 00 000 000 000: WetrockGdWF
XMRT2LogMean.ms 00 000 000 000: XMR T2 Log Mean
XMRT2PorosityTotal.decp 00 000 000 000: XMR T2 Porosity Total
XMRT2PorosityIrrMax.decp 00 000 000 000: XMR T2 Porosity Irr Max
XMRT2PorosityMicro.decp 00 000 000 000: XMR T2 Porosity Micro
XMRT2CoatesPerm.mD 00 000 000 000: XMR T2 Coates Perm
#Other Information
#
#WARRANTY: Halliburton will use its best efforts to furnish customers with
#accurate information and interpretations that are part of, and incident to, the services
#provided. However, Halliburton cannot and does not warrant the accuracy
#or correctness of such information and interpretations. Under no circumstances should any
#such information or interpretation be relied upon as the sole basis for any drilling,
#completion, production, or financial decision or any procedure involving any
risk to the
#safety of any drilling venture, drilling rig or its crew or any other third party. The
#Customer has full responsibility for all drilling, completion and production operation.
#Halliburton makes no representations or warranties, either expressed or
#implied, including, but not limited to, the implied warranties of merchantability or fitness
#for a particular purpose, with respect to the services rendered. In no event will
#Halliburton be liable for failure to obtain any particular results or for
#any damages, including, but not limited to, indirect, special or consequential damages,
#resulting from the use of any information or interpretation provided by Halliburton.
#
#****************
#4_18_BEREXCO\0003 RWCH-GTET-CSNG-GEM-XMR\003 19-Apr-20 13:34 Up @6559.3f
#
#
# SERVICE
# RWCH-GTET-CSNG-GEM-XMR
#-----------------------------------------------------------------------
------------------------
#Tool Tool Name Serial Weight Length Length
#Mnemonic Number (lbs) (ft) Accumulation(ft)
#-----------------------------------------------------------------------------------------------
#RWCH RWCH* 12027540 135.01 6.25 75.68
#LEST LEST 11578890 275.00 13.60 62.08
#GTET GTET 11021169 165.00 8.52 53.56
#CSNG CSNG* 11212563 119.00 8.17 45.39
#GEMT GEMT Instrument* 11519905 86.60 3.37 42.02
#GEMT GEMT Mandrel 11362710 270.00 6.27 35.75
#XMRCCE XMRCCE 13233751 142.00 8.53 27.22
#XMR XMR Instrument* 13233752 320.00 9.35 17.87
#XMR XMR Sonde* 13233750 448.00 9.11 8.76
#DCEN-I Decentralizer Inline 1 11657792 100.00 6.68 2.08
# 4.5
#HFND Hole Finder 12345678 50.00 2.08 0.00
#-----------------------------------------------------------------------------------------------
#Total 2110.61 81.93
#" * " = Overbody Attached
#
#
# PARAMETERS
#--------------------------------------------------------------------------------------------------------------------------
#Tool Name Mnemonic Description
Value Units
#--------------------------------------------------------------------------------------------------------------------------
#
# TOP --------------------------------------------
#
#SHARED BS Bit Size 7.875 in
#SHARED UBS Use Bit Size instead of Caliper for all applications. No
#SHARED MDBS Mud Base Water
#SHARED MDWT Borehole Fluid Weight 8.900 ppg
#SHARED WAGT Weighting Agent Barite
#SHARED BSAL Borehole salinity 0.00 ppm
#SHARED
FSAL Formation Salinity NaCl 0.00 ppm
#SHARED WPHS OBM Water Phase Salinity NaCl 0.00 ppm
#SHARED OFOW Base Oil Fraction from Oil/Water Ratio 1.00
#SHARED OBMT Oil based Mud Type Diesel
#SHARED KPCT Percent K in Mud by Weight? 0.00 %
#SHARED RMUD Mud Resistivity 2.000 ohmm
#SHARED TRM Temperature of Mud 75.0 degF
#SHARED CSD Logging Interval is Cased? No
#SHARED
ICOD AHV Casing OD 5.500 in
#SHARED CS Casing Outer Diameter 8.500 in
#SHARED CSWT Casing Weight 17.00 lbpf
#SHARED ISOC Is Outer Casing Present? No
#SHARED COOD Outer Casing OD size 0.000 in
#SHARED CSWT Outer Casing Weight 0.00 lbpf
#SHARED CSCM Casing Cemented Yes
#SHARED CMTY API Cement Class H
#SHARED
CMWT Cement Weight 16.500 ppg
#SHARED CSTR Compressive Strength 1000.00 psia
#SHARED ST Surface Temperature 75.0 degF
#SHARED TD Total Well Depth 6550.00 ft
#SHARED BHT Bottom Hole Temperature 200.0 degF
#SHARED SVTM Navigation and Survey Master Tool NONE
#SHARED AZTM High Res Z Accelerometer Master Tool GTET
#SHARED TEMM CBM Temperature Master Tool GTET
#SHARED
CACL Calcium-weighted OBM CaCl2 weight % 30.00 %
#SHARED OBMS Calicum-weighted OBM solids volume in v/v 0.18
#SHARED OBMW Calcium-weighted OBM water volume in v/v 0.16
#SHARED MSAL Water-base mud filtrate salinity 0.00 ppm
#GTET GROK Process Gamma Ray? Yes
#GTET GRSO Gamma Tool Standoff 0.000 in
#GTET GEOK Process Gamma Ray EVR? No
#GTET TPOS Tool Position for Gamma Ray Tools. Eccentered
#GTET
BHSM Borehole Size Source Tool Bit Size
#CSNG CGOK Process CSNG Data? Yes
#CSNG CENT Is Tool Centralized? No
#CSNG GBOK Gamma Enviromental Corrections? Yes
#CSNG BARF Barite Correction Factor 1.00
#CSNG ORDG Use Fixed Gain No
#CSNG GAIV Value to use for gain 1.000
#CSNG ORDO Use Fixed Offset No
#CSNG
OFFV Value to use for offset 0.000
#CSNG ORDR Use Fixed Resolution Degradation Factor No
#CSNG RDFV Value to use for Resolution Degradation Factor 0.000
#CSNG BHSM Borehole Size Source Tool Bit Size
#GEMT Mandrel GMOK Compute GEMT Results? Yes
#GEMT Mandrel FTAL Fit Chemical Element Al Yes
#GEMT Mandrel FTBA Fit Chemical Element Ba No
#GEMT Mandrel FITC Fit Chemical Element C Yes
#GEMT Mandrel
FTCA Fit Chemical Element Ca Yes
#GEMT Mandrel FTCL Fit Chemical Element Cl Yes
#GEMT Mandrel FTFE Fit Chemical Element Fe Yes
#GEMT Mandrel FTGD Fit Chemical Element Gd Yes
#GEMT Mandrel FITH Fit Chemical Element H Yes
#GEMT Mandrel FTK Fit Chemical Element K Yes
#GEMT Mandrel FTMG Fit Chemical Element Mg Yes
#GEMT Mandrel FTMN Fit Chemical Element Mn Yes
#GEMT Mandrel
FTNA Fit Chemical Element Na No
#GEMT Mandrel FITO Fit Chemical Element O Yes
#GEMT Mandrel FTS Fit Chemical Element S Yes
#GEMT Mandrel FTSI Fit Chemical Element SI Yes
#GEMT Mandrel FTTI Fit Chemical Element Ti Yes
#GEMT Mandrel KFIT Potassium constraint flag (No = don't fit,Yes = fit) Yes
#GEMT Mandrel UFDF Use Fix Resolution Degradation Factor No
#GEMT Mandrel FDFV Fixed Resolution Degradation Factor (used if UseFixedRDF is 0.000
#
Yes)
#GEMT Mandrel CALO Aluminum Yield Offset 0.0000
#GEMT Mandrel CSOF Sulphur Yield Offset 0.0000
#GEMT Mandrel CKOF Potassium Yield Offset 0.0000
#GEMT Mandrel CMNO Manganese Yield Offset 0.0000
#GEMT Mandrel CFEO Iron Yield Offset 0.0000
#GEMT Mandrel CCAO Calcium Yield Offset 0.0000
#GEMT Mandrel CK2O Potassium offset 2nd order coefficient 0.0000
#GEMT Mandrel
CK1O Potassium offset 1st order coefficient 0.0000
#GEMT Mandrel CK0O Potassium offset 0th order coefficient 0.0000
#GEMT Mandrel EBCA Apply estimated Ca bias correction No
#GEMT Mandrel EBSU Apply estimated Su bias correction No
#GEMT Mandrel BHSM Borehole Size Source Tool Bit Size
#XMR Sonde MRIE Do MRIL Calculations? Yes
#XMR Sonde ISMA MRIL Advanced features flag No
#XMR Sonde BVT2 BVI Cutoff T2 33.0 ms
#XMR Sonde
MPT2 Mril MicroPorosityCutoff T2 3.0 ms
#XMR Sonde BVT2 SBVI Coeff T2 0.062
#XMR Sonde FBT2 Mril FBT2 Coefficient T2 1.00
#XMR Sonde BVT1 BVI Cutoff T1 60.0 ms
#XMR Sonde MPT1 Mril MicroPorosityCutoff T1 6.0 ms
#XMR Sonde BVT1 SBVI Coeff T1 0.031
#XMR Sonde FBT1 Mril FBT2 Coefficient T1 1.00
#XMR Sonde PCFC Mril Permeability Coefficient C 10.000
#XMR Sonde
PCFB Mril Permeability Coefficient B 2.000
#XMR Sonde PCFA Mril Permeability Coefficient A 4.000
#XMR Sonde TMPT Mril Formation Temperature Correction Type DCB Temp
#XMR Sonde MRCT Mril Fixed Temperature Value 79.99 degF
#XMR Sonde MRTT MRIL Top Well Temperature for gradient calc 75.0 degF
#XMR Sonde DTDT MRIL Top Depth for Temp Gradient Calc. Measured Depth) 0.00 ft
#XMR Sonde MRBT MRIL Bottom Temperature for gradient calc 199.99 degF
#XMR Sonde MBDT MRIL Bottom Depth for Temp Gradient Calc. (Measured Depth). 10000.00 ft
#XMR Sonde
DPRS Mril Formation Pressure Correction Type Mud Weight
#XMR Sonde MRCP MRIL Fixed Pressure Value 14.7000 psia
#XMR Sonde MRTP MRIL Top Pressure for gradient calc 14.7000 psia
#XMR Sonde MTDP MRIL Top Depth for Pres Gradient Calc (Measured Depth). 0.00 ft
#XMR Sonde MRBP MRIL bottom pressure for gradient cal. 14.7000 psia
#XMR Sonde MNDP MRIL bottom depth for Pres. Gradient calc (Measured Depth). 10000.00 ft
#XMR Sonde UTVD Use TVD for Gradient Corrections? No
#XMR Sonde SIGD Mril Sigma Desired 1.4AUTO
#XMR Sonde
O12R Open T1T2 Feasible Region No
#XMR Sonde FMSB Fit model perm SB option Cubic Spline
#XMR Sonde EXRP Exclude beginning repeats for partial recovery activations 1
#XMR Sonde FLPH Filter length for phase rotation 20
#XMR Sonde FLST Filter length for stacking 2
#XMR Sonde PBGR Enable writing group results per band No
#XMR Sonde ECN Echo number for TypeLog 3
#XMR Sonde OCW Over-Current Window in 1.0 second 600 sec
#
# BOTTOM --
------------------------------------------
#
#
# INPUTS, DELAYS AND FILTERS
#------------------------------------------------------------------------------------------------------------------------
#Mnemonic Input Description Delay Filter Length Filter Type
# (ft) (ft)
#------------------------------------------------------------------------------------------------------------------------
#
# GTET
#
#TPUL Tension Pull 56.035 NO
#GR Natural Gamma Ray API 56.035 1.750 TRI
#GRU Unfiltered Natural Gamma Ray API
56.035 NO
#EGR Natural Gamma Ray API with Enhanced Vertical Resolution 56.035 1.416 , 0.750 W
#HDIA Measured Hole Diameter 0.000 NO
#ACCZ Accelerometer Z 0.000 0.083 BLK
#DEVI Inclination 0.000 NO
#
# CSNG
#
#TPUL Tension Pull 47.950 NO
#STAT Status 47.950 NO
#FRMC Tool Frame Count 47.950 0.250 BLK
#TFRM
Total Frames 47.950 NO
#LSPD Line Speed 47.950 0.250 BLK
#CTIM Accumulation time for sample 47.950 0.250 BLK
#NOIS Spectral Noise 47.950 0.250 BLK
#STAB Stabilizer Voltage in mv 47.950 0.250 BLK
#STBP Stabilizer 60 KEV Peak 47.950 0.250 BLK
#AMER Americium 47.950 0.250 BLK
#FTMP Flask PCB Temperature 47.950 0.250 BLK
#SPEL Low
Energy Spectrum 47.950 0.250 BLK
#SPEH High Energy Spectrum 47.950 0.250 BLK
#SSP Stabilization Energy Spectrum 47.950 0.250 BLK
#HDIA Measured Hole Diameter 0.000 NO
#CSPC CSNG Lo Hi Spectrum Data 47.950 NO
#
# GEMT Mandrel
#
#TPUL Tension Pull 37.926 NO
#FRMC Tool Frame Count 37.926 NO
#TFRM Total Frames 37.926
NO
#LSPD Line Speed 37.926 NO
#ATIM Accumulation time for sample 37.926 NO
#CTIM Accumulation time for single frame 37.926 NO
#STAT Status 37.926 NO
#PHMI Photomultiplier Current 37.926 NO
#PHVT Photomultiplier Voltage 37.926 NO
#FTMP Flask PCB Temperature 37.926 NO
#GSP GEMT Spectrum 37.926
NO
#HDIA Measured Hole Diameter 0.000 NO
#
#
# OUTPUTS
#------------------------------------------------------------------------------------------------------------
#Mnemonic Output Description Filter Length Filter Type
# (ft)
#------------------------------------------------------------------------------------------------------------
#
# GTET
#
#ACCZ2 Accelerometer Z NO
#DEVI Inclination NO
#BTMP2 BoreHole Temperature
NO
#PLTC2 Plot Control Mask NO
#EGR Natural Gamma Ray API with Enhanced Vertical Resolution NO
#EGRC Natural Gamma Ray API with Enhanced Vertical Resolution and NO
# BHC
#PLTC Plot Control Mask NO
#BHAB Borehole Absorption NO
#BHCN Borehole Correction NO
#ICID Inner Casing ID NO
#KCTN Pottasium Correction
NO
#PLTC3 Plot Control Mask NO
#GR Natural Gamma Ray API NO
#GRCO Natural Gamma Ray API Borehole Corrected NO
#PLTC Plot Control Mask NO
#BHAB Borehole Absorption NO
#BHCN Borehole Correction NO
#ICID Inner Casing ID NO
#KCTN Pottasium Correction NO
#
# CSNG
#
#CSPC CSNG Lo Hi Spectrum Data NO
#PLTC4 Plot Control Mask NO
#ATIM Accumulation time for sample NO
#FERR Fitting Error NO
#GRTO Gamma Ray API Total NO
#GRKT Gamma Ray API Potassium and Thorium NO
#POTA Potassium NO
#URAN Uranium NO
#THOR Thorium NO
#TURT Ratio Thorium to Uranium NO
#UKRT Ratio Uranium to Potassium NO
#TKRT Ratio Thorium to Potassium NO
#BHK Borehole Potassium Concentration NO
#ERPO Error Potassium NO
#ERUR Error Uranium NO
#ERTH Error Thorium NO
#ERTO Error Gamma Ray Total NO
#ERTC Error Gamma Ray KT NO
#
EBHK Borehole K Concentration Error NO
#MINK Potassium Error Minimum NO
#MAXK Potassium Error Maximum NO
#MINU Minimum Uranium Error NO
#MAXU Maximum Uranium Error NO
#MINT Minimum Thorium Error NO
#MAXT Maximum Thorium Error NO
#MNGR Min Gamma Ray Total Error NO
#MXGR Max Gamma Ray Total Error NO
#M
NKT MinGamma Ray KT Error NO
#MXKT Max Gamma Ray KT Error NO
#MNBK Min Borehole K Concentration Error NO
#MXBK Max Borehole K Concentration Error NO
#MNHB Min Borehole Potassium Running Average Error NO
#MXHB Max Borehole Potassium Running Average Error NO
#CVBF ComputedBarite Factor NO
#HBAR Barite Correction Factor Running Average NO
#HBHK Borehole Potassium Running Average NO
#EH
BK Borehole Potassium Running Average Error NO
#AMCR Americium NO
#STBP Stabilizer 60 KEV Peak NO
#NOIS Spectral Noise NO
#CGCF Spectral Gain Correction Factor NO
#COCF Spectral Offset Correction Factor NO
#CRDF Resolution Degradation Factor NO
#FTMP Flask PCB Temperature NO
#LSPC Low Energy Spectrum NO
#HSP
C High Energy Spectrum NO
#SSPC Stabilization Energy Spectrum NO
#
# GEMT Mandrel
#
#PLTC5 Plot Control Mask NO
#LSPD3 Line Speed NO
#ATIM3 Accumulation time for sample NO
#CH GEM Hydrogen NO
#GHC GEM Hybrid Carbon NO
#GHO GEM Hybrid Oxygen NO
#CNA GEM Sodium
NO
#CMG GEM Magnesium NO
#CAL GEM Aluminum NO
#CSI GEM Silicon NO
#ISI GEM Inelastic Silicon NO
#CSUL GEM Sulphur NO
#CCHL GEM Chlorine NO
#CK GEM Potassium NO
#CCA GEM Calcium NO
#ICA2 GEM Inelastic Calcium
NO
#CTI GEM Iitanium NO
#CMN GEM Manganese NO
#CFE GEM Iron NO
#IFE GEM Inelastic Iron NO
#CBA GEM Barium NO
#CGD GEM Gadolinium NO
#TB GEM Tool Background NO
#MH GEM Hydrogen - Unc NO
#PH GEM Hydrogen + Unc
NO
#MHC GEM Hybrid Carbon - Unc NO
#PHC GEM Hybrid Carbon + Unc NO
#MHO GEM Hybrid Oxygen - Unc NO
#PHO GEM Hybrid Oxygen + Unc NO
#MNA GEMSodium - Unc NO
#PNA GEMSodium + Unc NO
#MMG GEM Magnesium - Unc NO
#PMG GEM Magnesium + Unc NO
#MAL GEM aluminum - Unc
NO
#PAL GEM aluminum + Unc NO
#MSI GEM Silicon - Unc NO
#PSI GEM Silicon + Unc NO
#MISI GEM Inelastic Silicon - Unc NO
#PISI GEM Inelastic Silicon + Unc NO
#MSUL GEM Sulfur - Unc NO
#PSUL GEM Sulfur + Unc NO
#MCHL GEM Chlorine - Unc NO
#PCHL GEM Chlorine + Unc
NO
#MK GEM Potassium - Unc NO
#PK GEM Potassium + Unc NO
#MCA GEM Calcium-Unc NO
#PCA GEM Calcium + Unc NO
#MICA GEM Inelastic Calcium - Unc NO
#PICA GEM Inelastic Calcium + Unc NO
#MTI GEM Titanium - Unc NO
#PTI GEM Titanium + Unc NO
#MMN GEM Manganese - Unc
NO
#PMN GEM Manganese + Unc NO
#MFE GEM Iron - Unc NO
#PFE GEM Iron + Unc NO
#MIFE GEM Inelastic Iron - Unc NO
#PIFE GEM Inelastic Iron + Unc NO
#MBA GEM Barium - Unc NO
#PBA GEM Barium + Unc NO
#MGD GEM Gadolinium - Unc NO
#PGD GEM Gadolinium + Unc
NO
#MTB GEM Tool Background - Unc NO
#PTB GEM Tool Background + Unc NO
#KMG GEM K - Mg interference NO
#KAL GEM K - Al interference NO
#KSI GEM K - Si interference NO
#KS GEM K - Si interference NO
#KCA GEM K - Ca interference NO
#KTI GEM K - Ti interference NO
#KMN GEM K - Mn interference
NO
#KFE GEM K - Fe interference NO
#KGD GEM K - Gd interference NO
#CHIS Chi-Square Elemental Fit NO
#GGCF GEM Gain Correction Factor NO
#GOCF GEM Offset Correction Factor NO
#GRDF GEM Resolution Degradation Factor NO
#FY Oxides normalization factor NO
#CMGC GEM Magnesium corrected NO
#CALC GEM Aluminum corrected
NO
#CSIC GEM Silicon corrected NO
#CSUC GEM Sulphur corrected NO
#CKC GEM Potassium corrected NO
#CCAC GEM Calcium corrected NO
#CTIC GEM Titanium corrected NO
#CMNC GEM Manganese corrected NO
#CFEC GEM Iron corrected NO
#CGDC GEM Gadolinium corrected NO
#DMG Dry rock magnesium weight fraction
NO
#DAL Dry rock aluminum weight fraction NO
#DSI Dry rock silicon weight fraction NO
#DSUL Dry rock sulfur weight fraction NO
#DK Dry rock potassium weight fraction NO
#DCA Dry rock calcium weight fraction NO
#DTI Dry rock titanium weight fraction NO
#DMN Dry rock manganese weight fraction NO
#DFE Dry rock iron weight fraction NO
#DGD Dry rock gadolinium weight fraction
NO
#WMG Wet rock magnesium weight fraction NO
#WAL Wet rock aluminum weight fraction NO
#WSI Wet rock silicon weight fraction NO
#WSUL Wet rock sulfur weight fraction NO
#WK Wet rock potassium weight fraction NO
#WCA Wet rock calcium weight fraction NO
#WTI Wet rock titanium weight fraction NO
#WMN Wet rock manganese weight fraction NO
#WFE Wet rock iron weight fraction
NO
#WGD Wet rock gadolinium weight fraction NO
#GCFF GEM variable spectral gain correction factor NO
#OCFF GEM variable spectral offset correction factor NO
#GPE Geochemical PE NO
#ECAB GEM Estimated Ca Bias NO
#ESUB GEM Estimated Su Bias NO
#CKB GEM K Bias NO
#
# XMR Sonde
#
#PLTC6 Plot Control Mask NO
#ActivationIndex2 Activation index NO
#EventIndex processed event index NO
#NoMatchEventCount mis match event index count NO
#XMRStatus03 Mril Status0 NO
#XMRT2Distribution T2 Distrubution, numBins, .5 to 500 ms NO
#XMRT2LogMean Mril Log Mean of T2Dist NO
#XMRT2PorosityTotal MrilTotol Porosity from T2Dist NO
#XMRT2PorosityIrrMax Mril maximum of CBVI and SBVI from T2Dist NO
#XMRT2PorosityMicro Mril Micro Pososity from T2 Dist NO
#XMRT2PorosityEffecti Mril Effective Porosity from T2Dist NO
#ve
#XMRT2FreeFluidIndex Mril Free Fluid Index from T2Dist NO
#XMRT2CoatesPerm Mril T2 Coates Permability from T2Dist NO
#XMRT2BenSwansonPerm Mril Ben Swanson Method Permability from T2Dist NO
#XMRT2LogMeanPerm Mril Log Mean Permeability from T2Dist NO
#XMRT2PorosityIrrCuto Cutoff BVI ( old CBVI) from T2Dist NO
#ff
#XMRT2PorosityIrrSpec Mril Spectral BVI (old SBVI) from T2 dist NO
#t
#XMRRmsFitErrorT2 Mril quality of fit ErrT2 ( less than 2) NO
#XMRT1Distribution T1 Distrubution, numBins, .5 to 500 ms NO
#XMRT1LogMean Mril Log Mean of T1Dist NO
#XMRT1PorosityTotal MrilTotol Porosity from T1Dist NO
#XMRT1PorosityIrrMax Mril maximum of CBVI and SBVI from T1Dist NO
#XMRT1PorosityMicro Mril Micro Pososity from T1 Dist NO
#XMRT1PorosityEffecti Mril Effective Porosity from T1Dist NO
#ve
#XMRT1FreeFluidIndex Mril Free Fluid Index from T1Dist NO
#XMRT1CoatesPerm Mril T1 Coates Permability from T1Dist NO
#XMRT1BenSwansonPerm Mril Ben Swanson Method Permability from T1Dist NO
#XMRT1LogMeanPerm Mril Log Mean Permeability from T1Dist NO
#XMRT1PorositIrrCutof Cutoff BVI ( old CBVI) from T1Dist NO
#f
#XMRT1PorosityIrrSpec Mril Spectral BVI (old SBVI) from T1 dist NO
#t
#XMRRmsFitErrorT1 Mril quality of fit ErrT1 ( less than 2) NO
#MinVs-OptimizedVsRat Minimum Vs Vs optimized ratio NO
#io
#MaxVs-OptimizedVsRat Maximum Vs Vs optimized ratio NO
#io
#MinGain-OptimizedGai Minimum gain and gain optimized ratio NO
#nRatio
#MaxGain-OptimizedGai Maximum gain gain optimized ratio NO
#nRatio
#ActivationIndex3 Activation index NO
#EventIndex2 processed event index NO
#SequenceNumber2 Sequence Number NO
#XMRGroupName2 Mril Group Name NO
#XMRStatus04 Mril Status0 NO
#XMRWaitTime2 Mril Wait time NO
#XMREchoSpacing2 Mril Echo Spacing NO
#XMRPhaseCorrectedXEc Mril after phase correction real part NO
#ho
#XMRPhaseCorrectedYEc Mril after phase correction imaginary part NO
#ho
#XMRNoisePulsesNoise Mril noise in the noise echo NO
#XMRNoisePulsesOffset Mril offset in the noise echo NO
#XMRInterEchoNoise Mril noise in the inter echo NO
#XMRInterEchoRinging Mril ringing in the inter echo NO
#XMRSigma-YChannelNoi Phase Noiser (std) NO
#se
#XMRMu-YChannelOffset Phase Error (mean) NO
#XMRPhaseAngle Phase Angle NO
#XMRRotationAngle Mril Rotation Angle NO
#XMRTypeLog-Echo1 Mril Echo 1 (typelog), used to be echo 3 NO
#XMREchoSum sum of Xecho after rotation used for phaseAng or rotAng calc NO
# .
#XMRGain Mril Gain NO
#B1 B1 NO
#B1ModifiedByTemperat B1 adjusted for Temperature NO
#ure
#DepthOfInvestHydroge Diam of Investigation Hydrogen NO
#n
#DepthOfInvestSodium Diam of Investigation Sodium NO
#XMRFilterLenth Mril filter length used NO
#SigmaDesired Mril Sigma Desired NO
#Min Vs-OptimizedVsRa Minimum Vs Vs optimized ratio NO
#tio
#Max Vs-OptimizedVsRa Maximum Vs Vs optimized ratio NO
#tio
#Min Gain-OptimizedGa Minimum gain and gain optimized ratio NO
#inRatio
#Max Gain-OptimizedGa Maximum gain gain optimized ratio NO
#inRatio
#MeanPappedReal2 Mean Papped Gain Real NO
#MeanPappedImag2 Mean Papped Gain Imag NO
#MeanPappedRefReal2 Mean Papped Ref Gain Real NO
#MeanPappedRefImag2 Mean Papped Ref Gain Imag NO
#ActivationIndex5 Activation index NO
#EventIndex3 processed event index NO
#
SequenceNumber3 Sequence Number NO
#XMRGroupName4 Mril Group Name NO
#XMRStatus05 Mril Status0 NO
#XMRWaitTime3 Mril Wait time NO
#XMREchoSpacing3 Mril Echo Spacing NO
#XMRPhaseCorrectedXEc Mril after phase correction real part NO
#ho2
#XMRPhaseCorrectedYEc Mril after phase correction imaginary part NO
#ho2
#X
MRNoisePulsesNoise2 Mril noise in the noise echo NO
#XMRNoisePulsesOffset Mril offset in the noise echo NO
#2
#XMRInterEchoNoise2 Mril noise in the inter echo NO
#XMRInterEchoRinging2 Mril ringing in the inter echo NO
#XMRSigma-YChannelNoi Phase Noiser (std) NO
#se2
#XMRMu-YChannelOffset Phase Error (mean) NO
#2
#XM
RPhaseAngle2 Phase Angle NO
#XMRRotationAngle2 Mril Rotation Angle NO
#XMRTypeLog-Echo12 Mril Echo 1 (typelog), used to be echo 3 NO
#XMREchoSum2 sum of Xecho after rotation used for phaseAng or rotAng calc NO
# .
#XMRGain2 Mril Gain NO
#B12 B1 NO
#B1ModifiedByTemperat B1 adjusted for Temperature NO
#ure2
#Dep
thOfInvestHydroge Diam of Investigation Hydrogen NO
#n2
#DepthOfInvestSodium2 Diam of Investigation Sodium NO
#XMRFilterLenth2 Mril filter length used NO
#SigmaDesired2 Mril Sigma Desired NO
#Min Vs-OptimizedVsRa Minimum Vs Vs optimized ratio NO
#tio2
#Max Vs-OptimizedVsRa Maximum Vs Vs optimized ratio NO
#tio2
#Min
Gain-OptimizedGa Minimum gain and gain optimized ratio NO
#inRatio2
#Max Gain-OptimizedGa Maximum gain gain optimized ratio NO
#inRatio2
#MeanPappedReal3 Mean Papped Gain Real NO
#MeanPappedImag3 Mean Papped Gain Imag NO
#MeanPappedRefReal3 Mean Papped Ref Gain Real NO
#MeanPappedRefImag3 Mean Papped Ref Gain Imag NO
#ActivationIndex6 Activation index NO
#Event
Index4 processed event index NO
#SequenceNumber4 Sequence Number NO
#XMRGroupName5 Mril Group Name NO
#XMRStatus06 Mril Status0 NO
#XMRWaitTime4 Mril Wait time NO
#XMREchoSpacing4 Mril Echo Spacing NO
#XMRPhaseCorrectedXEc Mril after phase correction real part NO
#ho3
#XMRPhaseCorrectedYEc Mril after phase correction imaginary part NO
#ho3
#XMRNoisePulsesNoise3 Mril noise in the noise echo NO
#XMRNoisePulsesOffset Mril offset in the noise echo NO
#3
#XMRInterEchoNoise3 Mril noise in the inter echo NO
#XMRInterEchoRinging3 Mril ringing in the inter echo NO
#XMRSigma-YChannelNoi Phase Noiser (std) NO
#se3
#XMRMu-YChannelOffset Phase Error (mean) NO
#3
#XMRPhaseAngle3 Phase Angle NO
#XMRRotationAngle3 Mril Rotation Angle NO
#XMRTypeLog-Echo13 Mril Echo 1 (typelog), used to be echo 3 NO
#XMREchoSum3 sum of Xecho after rotation used for phaseAng or rotAng calc NO
# .
#XMRGain3 Mril Gain NO
#B13 B1 NO
#B1ModifiedByTemperat B1 adjusted for Temperature NO
#ure3
#DepthOfInvestHydroge Diam of Investigation Hydrogen NO
#n3
#DepthOfInvestSodium3 Diam of Investigation Sodium NO
#XMRFilterLenth3 Mril filter length used NO
#SigmaDesired3 Mril Sigma Desired NO
#Min Vs-OptimizedVsRa Minimum Vs Vs optimized ratio NO
#tio3
#Max Vs-OptimizedVsRa Maximum Vs Vs optimized ratio NO
#tio3
#Min Gain-OptimizedGa Minimum gain and gain optimized ratio NO
#inRatio3
#Max Gain-OptimizedGa Maximum gain gain optimized ratio NO
#inRatio3
#MeanPappedReal4 Mean Papped Gain Real NO
#MeanPappedImag4 Mean Papped Gain Imag NO
#MeanPappedRefReal4 Mean Papped Ref Gain Real NO
#MeanPappedRefImag4 Mean Papped Ref Gain Imag NO
#Activation
Index7 Activation index NO
#EventIndex5 processed event index NO
#SequenceNumber5 Sequence Number NO
#XMRGroupName6 Mril Group Name NO
#XMRStatus07 Mril Status0 NO
#XMRWaitTime5 Mril Wait time NO
#XMREchoSpacing5 Mril Echo Spacing NO
#XMRPhaseCorrectedXEc Mril after phase correction real part NO
#ho4
#XMRPhaseCor
rectedYEc Mril after phase correction imaginary part NO
#ho4
#XMRNoisePulsesNoise4 Mril noise in the noise echo NO
#XMRNoisePulsesOffset Mril offset in the noise echo NO
#4
#XMRInterEchoNoise4 Mril noise in the inter echo NO
#XMRInterEchoRinging4 Mril ringing in the inter echo NO
#XMRSigma-YChannelNoi Phase Noiser (std) NO
#se4
#XMRMu-YChann
elOffset Phase Error (mean) NO
#4
#XMRPhaseAngle4 Phase Angle NO
#XMRRotationAngle4 Mril Rotation Angle NO
#XMRTypeLog-Echo14 Mril Echo 1 (typelog), used to be echo 3 NO
#XMREchoSum4 sum of Xecho after rotation used for phaseAng or rotAng calc NO
# .
#XMRGain4 Mril Gain NO
#B14 B1 NO
#B1ModifiedByT
emperat B1 adjusted for Temperature NO
#ure4
#DepthOfInvestHydroge Diam of Investigation Hydrogen NO
#n4
#DepthOfInvestSodium4 Diam of Investigation Sodium NO
#XMRFilterLenth4 Mril filter length used NO
#SigmaDesired4 Mril Sigma Desired NO
#Min Vs-OptimizedVsRa Minimum Vs Vs optimized ratio NO
#tio4
#Max Vs-Optimiz
edVsRa Maximum Vs Vs optimized ratio NO
#tio4
#Min Gain-OptimizedGa Minimum gain and gain optimized ratio NO
#inRatio4
#Max Gain-OptimizedGa Maximum gain gain optimized ratio NO
#inRatio4
#MeanPappedReal5 Mean Papped Gain Real NO
#MeanPappedImag5 Mean Papped Gain Imag NO
#MeanPappedRefReal5 Mean Papped Ref Gain Real NO
#MeanPappedRefIm
ag5 Mean Papped Ref Gain Imag NO
#ActivationIndex8 Activation index NO
#EventIndex6 processed event index NO
#SequenceNumber6 Sequence Number NO
#XMRGroupName7 Mril Group Name NO
#XMRStatus08 Mril Status0 NO
#XMRWaitTime6 Mril Wait time NO
#XMREchoSpacing6 Mril Echo Spacing NO
#XMRPhaseCorrectedXEc Mril after phase correction real part NO
#ho5
#XMRPhaseCorrectedYEc Mril after phase correction imaginary part NO
#ho5
#XMRNoisePulsesNoise5 Mril noise in the noise echo NO
#XMRNoisePulsesOffset Mril offset in the noise echo NO
#5
#XMRInterEchoNoise5 Mril noise in the inter echo NO
#XMRInterEchoRinging5 Mril ringing in the inter echo NO
#XMRSigma-YChannelNoi Phase Noiser (std) NO
#se5
#XMRMu-YChannelOffset Phase Error (mean) NO
#5
#XMRPhaseAngle5 Phase Angle NO
#XMRRotationAngle5 Mril Rotation Angle NO
#XMRTypeLog-Echo15 Mril Echo 1 (typelog), used to be echo 3 NO
#XMREchoSum5 sum of Xecho after rotation used for phaseAng or rotAng calc NO
# .
#XMRGain5 Mril Gain NO
#B15
B1 NO
#B1ModifiedByTemperat B1 adjusted for Temperature NO
#ure5
#DepthOfInvestHydroge Diam of Investigation Hydrogen NO
#n5
#DepthOfInvestSodium5 Diam of Investigation Sodium NO
#XMRFilterLenth5 Mril filter length used NO
#SigmaDesired5 Mril Sigma Desired NO
#Min Vs-OptimizedVsRa Minimum Vs Vs optimized ratio NO
#tio5
#Max Vs-OptimizedVsRa Maximum Vs Vs optimized ratio NO
#tio5
#Min Gain-OptimizedGa Minimum gain and gain optimized ratio NO
#inRatio5
#Max Gain-OptimizedGa Maximum gain gain optimized ratio NO
#inRatio5
#MeanPappedReal6 Mean Papped Gain Real NO
#MeanPappedImag6 Mean Papped Gain Imag NO
#MeanPappedRefReal6
Mean Papped Ref Gain Real NO
#MeanPappedRefImag6 Mean Papped Ref Gain Imag NO
#ActivationIndex9 Activation index NO
#EventIndex7 processed event index NO
#SequenceNumber7 Sequence Number NO
#XMRGroupName8 Mril Group Name NO
#XMRStatus09 Mril Status0 NO
#XMRWaitTime7 Mril Wait time NO
#XMREchoSpacing7 Mril Echo Spacing NO
#XMRPhaseCorrectedXEc
Mril after phase correction real part NO
#ho6
#XMRPhaseCorrectedYEc Mril after phase correction imaginary part NO
#ho6
#XMRNoisePulsesNoise6 Mril noise in the noise echo NO
#XMRNoisePulsesOffset Mril offset in the noise echo NO
#6
#XMRInterEchoNoise6 Mril noise in the inter echo NO
#XMRInterEchoRinging6 Mril ringing in the inter echo NO
#XMRSigma-YChannelNoi P
hase Noiser (std) NO
#se6
#XMRMu-YChannelOffset Phase Error (mean) NO
#6
#XMRPhaseAngle6 Phase Angle NO
#XMRRotationAngle6 Mril Rotation Angle NO
#XMRTypeLog-Echo16 Mril Echo 1 (typelog), used to be echo 3 NO
#XMREchoSum6 sum of Xecho after rotation used for phaseAng or rotAng calc NO
# .
#XMRGain6 Mr
il Gain NO
#B16 B1 NO
#B1ModifiedByTemperat B1 adjusted for Temperature NO
#ure6
#DepthOfInvestHydroge Diam of Investigation Hydrogen NO
#n6
#DepthOfInvestSodium6 Diam of Investigation Sodium NO
#XMRFilterLenth6 Mril filter length used NO
#SigmaDesired6 Mril Sigma Desired NO
#Min Vs-OptimizedVsRa Min
imum Vs Vs optimized ratio NO
#tio6
#Max Vs-OptimizedVsRa Maximum Vs Vs optimized ratio NO
#tio6
#Min Gain-OptimizedGa Minimum gain and gain optimized ratio NO
#inRatio6
#Max Gain-OptimizedGa Maximum gain gain optimized ratio NO
#inRatio6
#MeanPappedReal7 Mean Papped Gain Real NO
#MeanPappedImag7 Mean
Papped Gain Imag NO
#MeanPappedRefReal7 Mean Papped Ref Gain Real NO
#MeanPappedRefImag7 Mean Papped Ref Gain Imag NO
#ActivationIndex10 Activation index NO
#EventIndex8 processed event index NO
#SequenceNumber8 Sequence Number NO
#XMRGroupName9 Mril Group Name NO
#XMRStatus010 Mril Status0 NO
#XMRWaitTime8 Mril Wait time NO
#XMREchoSpacing8 Mril
Echo Spacing NO
#XMRPhaseCorrectedXEc Mril after phase correction real part NO
#ho7
#XMRPhaseCorrectedYEc Mril after phase correction imaginary part NO
#ho7
#XMRNoisePulsesNoise7 Mril noise in the noise echo NO
#XMRNoisePulsesOffset Mril offset in the noise echo NO
#7
#XMRInterEchoNoise7 Mril noise in the inter echo NO
#XMRInterEchoRinging7 Mril r
inging in the inter echo NO
#XMRSigma-YChannelNoi Phase Noiser (std) NO
#se7
#XMRMu-YChannelOffset Phase Error (mean) NO
#7
#XMRPhaseAngle7 Phase Angle NO
#XMRRotationAngle7 Mril Rotation Angle NO
#XMRTypeLog-Echo17 Mril Echo 1 (typelog), used to be echo 3 NO
#XMREchoSum7 sum of Xecho after rotation used for phaseAng or rotAng calc NO
# .
#XMRGain7 Mril Gain NO
#B17 B1 NO
#B1ModifiedByTemperat B1 adjusted for Temperature NO
#ure7
#DepthOfInvestHydroge Diam of Investigation Hydrogen NO
#n7
#DepthOfInvestSodium7 Diam of Investigation Sodium NO
#XMRFilterLenth7 Mril filter length used NO
#SigmaDesired7 Mril Sig
ma Desired NO
#Min Vs-OptimizedVsRa Minimum Vs Vs optimized ratio NO
#tio7
#Max Vs-OptimizedVsRa Maximum Vs Vs optimized ratio NO
#tio7
#Min Gain-OptimizedGa Minimum gain and gain optimized ratio NO
#inRatio7
#Max Gain-OptimizedGa Maximum gain gain optimized ratio NO
#inRatio7
#MeanPappedReal8 Mean Papp
ed Gain Real NO
#MeanPappedImag8 Mean Papped Gain Imag NO
#MeanPappedRefReal8 Mean Papped Ref Gain Real NO
#MeanPappedRefImag8 Mean Papped Ref Gain Imag NO
#ActivationIndex11 Activation index NO
#EventIndex9 processed event index NO
#SequenceNumber9 Sequence Number NO
#XMRGroupName10 Mril Group Name NO
#XMRStatus011 Mril Status0 NO
#XMRWaitTime9 Mril Wait
time NO
#XMREchoSpacing9 Mril Echo Spacing NO
#XMRPhaseCorrectedXEc Mril after phase correction real part NO
#ho8
#XMRPhaseCorrectedYEc Mril after phase correction imaginary part NO
#ho8
#XMRNoisePulsesNoise8 Mril noise in the noise echo NO
#XMRNoisePulsesOffset Mril offset in the noise echo NO
#8
#XMRInterEchoNoise8 Mril noise
in the inter echo NO
#XMRInterEchoRinging8 Mril ringing in the inter echo NO
#XMRSigma-YChannelNoi Phase Noiser (std) NO
#se8
#XMRMu-YChannelOffset Phase Error (mean) NO
#8
#XMRPhaseAngle8 Phase Angle NO
#XMRRotationAngle8 Mril Rotation Angle NO
#XMRTypeLog-Echo18 Mril Echo 1 (typelog), used to be echo 3 NO
#XMREchoSum8 sum of Xecho
after rotation used for phaseAng or rotAng calc NO
# .
#XMRGain8 Mril Gain NO
#B18 B1 NO
#B1ModifiedByTemperat B1 adjusted for Temperature NO
#ure8
#DepthOfInvestHydroge Diam of Investigation Hydrogen NO
#n8
#DepthOfInvestSodium8 Diam of Investigation Sodium NO
#XMRFilterLenth8 Mril filter l
ength used NO
#SigmaDesired8 Mril Sigma Desired NO
#Min Vs-OptimizedVsRa Minimum Vs Vs optimized ratio NO
#tio8
#Max Vs-OptimizedVsRa Maximum Vs Vs optimized ratio NO
#tio8
#Min Gain-OptimizedGa Minimum gain and gain optimized ratio NO
#inRatio8
#Max Gain-OptimizedGa Maximum gain gain optimized ratio NO
#inRatio8
#MeanPappedReal9 Mean Papped Gain Real NO
#MeanPappedImag9 Mean Papped Gain Imag NO
#MeanPappedRefReal9 Mean Papped Ref Gain Real NO
#MeanPappedRefImag9 Mean Papped Ref Gain Imag NO
#ActivationIndex12 Activation index NO
#EventIndex10 processed event index NO
#SequenceNumber10 Sequence Number NO
#XMRGroupName11 Mril Group Name NO
#XMRStatus012 Mril Status0
NO
#XMRWaitTime10 Mril Wait time NO
#XMREchoSpacing10 Mril Echo Spacing NO
#XMRPhaseCorrectedXEc Mril after phase correction real part NO
#ho9
#XMRPhaseCorrectedYEc Mril after phase correction imaginary part NO
#ho9
#XMRNoisePulsesNoise9 Mril noise in the noise echo NO
#XMRNoisePulsesOffset Mril offset in the noise echo NO
#9
#XMRInterEchoNoise9 Mril noise in the inter echo NO
#XMRInterEchoRinging9 Mril ringing in the inter echo NO
#XMRSigma-YChannelNoi Phase Noiser (std) NO
#se9
#XMRMu-YChannelOffset Phase Error (mean) NO
#9
#XMRPhaseAngle9 Phase Angle NO
#XMRRotationAngle9 Mril Rotation Angle NO
#XMRTypeLog-Echo19 Mril Echo 1 (type
log), used to be echo 3 NO
#XMREchoSum9 sum of Xecho after rotation used for phaseAng or rotAng calc NO
# .
#XMRGain9 Mril Gain NO
#B19 B1 NO
#B1ModifiedByTemperat B1 adjusted for Temperature NO
#ure9
#DepthOfInvestHydroge Diam of Investigation Hydrogen NO
#n9
#DepthOfInvestSodium9 Diam of Investigat
ion Sodium NO
#XMRFilterLenth9 Mril filter length used NO
#SigmaDesired9 Mril Sigma Desired NO
#Min Vs-OptimizedVsRa Minimum Vs Vs optimized ratio NO
#tio9
#Max Vs-OptimizedVsRa Maximum Vs Vs optimized ratio NO
#tio9
#Min Gain-OptimizedGa Minimum gain and gain optimized ratio NO
#inRatio9
#Max Gain-OptimizedGa Maximum gain gain o
ptimized ratio NO
#inRatio9
#MeanPappedReal10 Mean Papped Gain Real NO
#MeanPappedImag10 Mean Papped Gain Imag NO
#MeanPappedRefReal10 Mean Papped Ref Gain Real NO
#MeanPappedRefImag10 Mean Papped Ref Gain Imag NO
#UsedBand Band is used for frequency sweep or not NO
#FrequencyBasedData Frequency based data for the XMR flash table NO
#FixedData Fixed data for the XMR flash table NO
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