Schlumberger

Mnemonics, Tools, MRT6


CodeMRT6
TechnologyNuclear_Magnetic
DisciplinePetrophysics
MethodMWD
DescriptionMagnetic Resonance Tool, 6.75 inch

Related channels
ChannelDescription
BFV_1_DH Bound Fluid Volume for Signal Processing Set 1, Downhole
BFV_1_TAP_T2I_RT Bound Fluid Volume with Signal Processing Set 1 Using Tapered Cutoff by T2 Inversion, Real-Time
BFV_2_DH Bound Fluid Volume for Signal Processing Set 2, Downhole
BFV_2_TAP_T2I_RT Bound Fluid Volume with Signal Processing Set 2 Using Tapered Cutoff by T2 Inversion, Real-Time
BFV_A1P1_DH Antenna 1 Bound Fluid Volume with Processing Parameter Set 1(FECHO_1, NECH_USED_1 and REG_PARF_1), Downhole
BFV_A1P1_TAP Antenna 1 Bound Fluid Volume with Tapered Cutoff Using Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1) by T2 Inversion
BFV_A1P2_DH Antenna 1 Bound Fluid Volume with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2), Downhole
BFV_A1P2_TAP Antenna 1 Bound Fluid Volume with Tapered Cutoff Using Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2) by T2 Inversion
BFV_A2P1_DH Antenna 2 Bound Fluid Volume with Processing Parameter Set 1(FECHO_1, NECH_USED_1 and REG_PARF_1), Downhole
BFV_A2P1_TAP Antenna 2 Bound Fluid Volume with Tapered Cutoff Using Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1) by T2 Inversion
BFV_A2P2_DH Antenna 2 Bound Fluid Volume with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2), Downhole
BFV_A2P2_TAP Antenna 2 Bound Fluid Volume with Tapered Cutoff Using Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2) by T2 Inversion
BFV_ANT1 Antenna 1 Bound Fluid Volume
BFV_ANT1_SIG Antenna 1 Standard Deviation Bound Fluid Volume
BFV_ANT2 Antenna 2 Bound Fluid Volume
BFV_ANT2_SIG Antenna 2 Standard Deviation Bound Fluid Volume
BFV_BOTTOM_RT Bound Fluid Volume, Bottom Real-Time
BFV_DN Bound Fluid Volume, Bottom
BFV_IMAGE Bound Fluid Volume Image
BFV_LEFT_RT Bound Fluid Volume, Left Real-Time
BFV_LF Bound Fluid Volume, Left
BFV_RG Bound Fluid Volume, Right
BFV_RIGHT_RT Bound Fluid Volume, Right Real-Time
BFV_TOP_RT Bound Fluid Volume, Top Real-Time
BFV_UP Bound Fluid Volume, Top
COMP_MOTION Compressed Motion Data Accelerometer
DMRP_A1P1 Density-Magnetic Resonance Corrected Porosity with Processing Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1) for Antenna 1
DMRP_A1P2 Density-Magnetic Resonance Corrected Porosity with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2) for Antenna 1
DMRP_A2P1 Density-Magnetic Resonance Corrected Porosity with Processing Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1) for Antenna 2
DMRP_A2P2 Density-Magnetic Resonance Corrected Porosity with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2) for Antenna 2
DMRP1_RT Density-Magnetic Resonance Corrected Porosity with Signal Processing Set 1, Real-Time
DMRP2_RT Density-Magnetic Resonance Corrected Porosity with Signal Processing Set 2 Real-Time
ECH_R_A1 Raw Antenna 1 R-Component Echo Amplitudes
ECH_R_A1_CAL Spin Dynamic and Environment Corrected Antenna 1 Echo R Amplitudes
ECH_R_A1_SD Raw Antenna 1 R-Component Echo Amplitudes Sliding Mode
ECH_R_A1_SL Raw Antenna 1 R-Component Echo Amplitudes Station Mode
ECH_R_A2 Raw Antenna 2 R-Component Echo Amplitudes
ECH_R_A2_CAL Spin Dynamic and Environment Corrected Antenna 2 Echo R Amplitudes
ECH_R_A2_SD Raw Antenna 2 R-Component Echo Amplitudes Sliding Mode
ECH_R_A2_SL Raw Antenna 2 R-Component Echo Amplitudes Station Mode
ECH_X_A1 Raw Antenna 1 X-Component Echo Amplitudes
ECH_X_A1_CAL Spin Dynamic and Environment Corrected Antenna 1 Echo X Amplitudes
ECH_X_A1_SD Raw Antenna 1 X-Component Echo Amplitudes Sliding Mode
ECH_X_A1_SL Raw Antenna 1 X-Component Echo Amplitudes Station Mode
ECH_X_A2 Raw Antenna 2 X-Component Echo Amplitudes
ECH_X_A2_CAL Spin Dynamic and Environment Corrected Antenna 2 Echo X Amplitudes
ECH_X_A2_SD Raw Antenna 2 X-Component Echo Amplitudes Sliding Mode
ECH_X_A2_SL Raw Antenna 2 X-Component Echo Amplitudes Station Mode
ECHO_AMP_R_ANT1_SD Raw Antenna 1 R-Component Echo Amplitudes Sliding Mode
ECHO_AMP_R_ANT1_SL Raw Antenna 1 R-Component Echo Amplitudes Station Mode
ECHO_AMP_R_ANT2_SD Raw Antenna 2 R-Component Echo Amplitudes Sliding Mode
ECHO_AMP_R_ANT2_SL Raw Antenna 2 R-Component Echo Amplitudes Station Mode
ECHO_AMP_X_ANT1_SD Raw Antenna 1 X-Component Echo Amplitudes Sliding Mode
ECHO_AMP_X_ANT1_SL Raw Antenna 1 X-Component Echo Amplitudes Station Mode
ECHO_AMP_X_ANT2_SD Raw Antenna 2 X-Component Echo Amplitudes Sliding Mode
ECHO_AMP_X_ANT2_SL Raw Antenna 2 X-Component Echo Amplitudes Station Mode
FFV_1_DH Free Fluid Volume for Signal Processing Set 1, Downhole
FFV_1_FIX_T2I_RT Free Fluid Volume with Signal Processing Set 2 Using Fixed Cutoff by T2 Inversion, Real-Time
FFV_2_DH Free Fluid Volume for Signal Processing Set 2, Downhole
FFV_2_FIX_T2I_RT Free Fluid Volume with Signal Processing Set 2 Using Fixed Cutoff by T2 Inversion, Real-Time
FFV_A1P1_DH Antennna 1 Free Fluid Volume with Processing Parameter Set 1(FECHO_1, NECH_USED_1 and REG_PARF_1), Downhole
FFV_A1P1_FIX Free Fluid Volume with Fixed Cutoff Using Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1) by T2 Inversion for Antenna 1
FFV_A1P2_DH Antenna 1 Free Fluid Volume with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2), Downhole
FFV_A1P2_FIX Free Fluid Volume with Fixed Cutoff Using Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2) by T2 Inversion for Antenna 1
FFV_A2P1_DH Antennna 2 Free Fluid Volume with Processing Parameter Set 1(FECHO_1, NECH_USED_1 and REG_PARF_1), Downhole
FFV_A2P1_FIX Free Fluid Volume with Fixed Cutoff Using Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1) by T2 Inversion for Antenna 2
FFV_A2P2_DH Antenna 2 Free Fluid Volume with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2), Downhole
FFV_A2P2_FIX Free Fluid Volume with Fixed Cutoff Using Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2) by T2 Inversion for Antenna 2
FFV_ANT1 Antenna 1 Free Fluid Volume
FFV_ANT1_SIG Antenna 1 Standard Deviation Free Fluid Volume
FFV_ANT2 Antenna 2 Free Fluid Volume
FFV_ANT2_SIG Antenna 2 Standard Deviation Free Fluid Volume
FORM_TEMP Formation Temperature
IFFV_PIPS Integrated Free Fluid Volume Pips
IKTIM_PIPS Integrated Coates-Timur Permeability Pips
INTG_FFV_PIPS_RT Integrated Free Fluid Volume Pips, Real-Time
INTG_KTIM_PIPS_RT Integrated Coates-Timur Permeability Pips, Real-Time
KSDR_A1P1 Permeability with Processing Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1) Computed Using SDR Model for Antenna 1
KSDR_A1P2 Permeability with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2) Computed Using SDR Model for Antenna 1
KSDR_A2P1 Permeability with Processing Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1) Computed Using SDR Model for Antenna 2
KSDR_A2P2 Permeability with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2) Computed Using SDR Model for Antenna 2
KSDR_ANT1 Antenna 1 Permeability Computed Using SDR Model
KSDR_ANT2 Antenna 2 Permeability Computed Using SDR Model
KSDR1_RT Permeability with Signal Processing Set 1 Computed Using SDR Model, Real-Time
KSDR2_RT Permeability with Signal Processing Set 2 Computed Using SDR Model, Real-Time
KTDMR_A1P1 MR Permeability with Processing Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1) Using DMR Porsity in Timur-Coates Model for Antenna 1
KTDMR_A1P2 MR Permeability with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2) Using DMR Porsity in Timur-Coates Model for Antenna 1
KTDMR_A2P1 MR Permeability with Processing Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1) Using DMR Porsity in Timur-Coates Model for Antenna 2
KTDMR_A2P2 MR Permeability with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2) Using DMR Porsity in Timur-Coates Model for Antenna 2
KTIM_A1P1 Permeability with Processing Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1) Computed Using Timur-Coates Model for Antenna 1
KTIM_A1P2 Permeability with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2) Computed Using Timur-Coates Model for Antenna 1
KTIM_A2P1 Permeability with Processing Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1) Computed Using Timur-Coates Model for Antenna 2
KTIM_A2P2 Permeability with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2) Computed Using Timur-Coates Model for Antenna 2
KTIM_ANT1 Antenna 1 Permeability Computed Using Timur-Coates Model
KTIM_ANT2 Antenna 2 Permeability Computed Using Timur-Coates Model
KTIM1_DMR_RT MR Permeability with Signal Processing Set 1 Using DMR Porsity in Timur-Coates Model, Real-Time
KTIM1_RT Permeability with Signal Processing Set 1 Computed Using Timur-Coates Model, Real-Time
KTIM2_DMR_RT MR Permeability with Signal Processing Set 2 Using DMR Porsity in Timur-Coates Model, Real-Time
KTIM2_RT Permeability with Signal Processing Set 2 Computed Using Timur-Coates Model, Real-Time
LAT_AMP_DH Average Amplitude of Tool Lateral Motion, Downhole
LAT_DISP Tool Average Lateral Displacement
LAT_VEL Tool Average Lateral Velocity
LAT_VEL_DH Average Velocity of Tool Lateral Motion, Downhole
MINUS_12V -12V Volt Power Supply Voltage
MINUS_12V_MR -12V Volt Power Supply Voltage
MRP_1_DH Magnetic Resonace Porosity for Signal Processing Set 1, Downhole
MRP_1_T2I_RT Magnetic Resonance Porosity Using Signal Processing Set 1 by T2 Inversion, Real-Time
MRP_2_DH Magnetic Resonace Porosity for Signal Processing Set 2, Downhole
MRP_2_T2I_RT Magnetic Resonance Porosity Using Signal Processing Set 2 by T2 Inversion, Real-Time
MRP_A1P1_DH Antenna 1 Magnetic Resonace Porosity with Processing Parameter Set 1(FECHO_1, NECH_USED_1 and REG_PARF_1), Downhole
MRP_A1P1_T2I Magnetic Resonance Porosity Using Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1) by T2 Inversion for Antenna 1
MRP_A1P2_DH Antenna 1 Magnetic Resonance Porosity with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2), Downhole
MRP_A1P2_T2I Magnetic Resonance Porosity Using Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2) by T2 Inversion for Antenna 1
MRP_A2P1_DH Antenna 2 Magnetic Resonace Porosity with Processing Parameter Set 1(FECHO_1, NECH_USED_1 and REG_PARF_1), Downhole
MRP_A2P1_T2I Magnetic Resonance Porosity Using Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1) by T2 Inversion for Antenna 2
MRP_A2P2_DH Antenna 2 Magnetic Resonance Porosity with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2), Downhole
MRP_A2P2_T2I Magnetic Resonance Porosity Using Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2) by T2 Inversion for Antenna 2
MRP_ANT1 Antenna 1 Magnetic Resonance Porosity
MRP_ANT1_SIG Antenna 1 Standard Deviation Magnetic Resonance Porosity
MRP_ANT2 Antenna 2 Magnetic Resonance Porosity
MRP_ANT2_SIG Antenna 2 Standard Deviation Magnetic Resonance Porosity
MRP_BOTTOM_RT Magnetic Resonance Porosity, Bottom Real-Time
MRP_DN Magnetic Resonance Porosity, Bottom
MRP_DN_DH Azimuthal Magnetic Resonance Porosity, Bottom Downhole
MRP_LEFT_RT Magnetic Resonance Porosity, Left Real-Time
MRP_LF Magnetic Resonance Porosity, Left
MRP_LF_DH Azimuthal Magnetic Resonance Porosity, Left Downhole
MRP_RG Magnetic Resonance Porosity, Right
MRP_RG_DH Azimuthal Magnetic Resonance Porosity, Right Downhole
MRP_RIGHT_RT Magnetic Resonance Porosity, Right Real-Time
MRP_TOP_RT Magnetic Resonance Porosity, Top Real-Time
MRP_UP Magnetic Resonance Porosity, Top
MRP_UP_DH Azimuthal Magnetic Resonance Porosity, Top Downhole
NOIS_A1P1_DH Antenna 1 RMS Noise with Processing Parameter Set 1(FECHO_1, NECH_USED_1 and REG_PARF_1), Downhole
NOIS_A1P2_DH Antenna 1 RMS Noise with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2), Downhole
NOIS_A2P1_DH Antenna 2 RMS Noise with Processing Parameter Set 1(FECHO_1, NECH_USED_1 and REG_PARF_1), Downhole
NOIS_A2P2_DH Antenna 2 RMS Noise with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2), Downhole
NOISE_1_DH Signal RMS Noise for Signal Processing Set 1, Downhole
NOISE_2_DH Signal RMS Noise for Signal Processing Set 2, Downhole
NSE_A1_STK Antenna 1 RMS Noise with Stacking
NSE_A2_STK Antenna 2 RMS Noise with Stacking
NSE_CT_A1 Antenna 1 Coarse Tuning Noise
NSE_CT_A2 Antenna 2 Coarse Tuning Noise
PLUS_12V +12V Volt Power Supply Voltage
PLUS_12V_MR +12V Volt Power Supply Voltage
RPM Rotational Speed
RPM_M_SRPM Tool Rotational Velocity (RPM) Minus Standard Deviation (SRPM)
RPM_MINUS_SRPM Tool Rotational Velocity (RPM) Minus Standard Deviation (SRPM)
RPM_P_SRPM Tool Rotational Velocity (RPM) Plus Standard Deviation (SRPM)
RPM_PLUS_SRPM Tool Rotational Velocity (RPM) Plus Standard Deviation (SRPM)
SHKA Axial shock frequency
SHKL_AXL Axial Shock Level
SHKL_RAD Radial Shock Level
SHKT Radial or transverse shock frequency
SPHASE_1_DH Signal Phase for Signal Processing Set 1, Downhole
SPHASE_2_DH Signal Phase for Signal Processing Set 2, Downhole
SPHS_A1P1_DH Antenna 1 Signal Phase with Processing Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1), Downhole
SPHS_A1P2_DH Antenna 1 Signal Phase with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2), Downhole
SPHS_A2P1_DH Antenna 2 Signal Phase with Processing Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1), Downhole
SPHS_A2P2_DH Antenna 2 Signal Phase with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2), Downhole
SRPM RPM Standard Deviation
T2_BFV_CUTOFF_ANT1 Antenna 1 Motion Induced T2 Bound Fluid Volume Cutoff
T2_BFV_CUTOFF_ANT1_RT Antenna 1 Motion Induced T2 Bound Fluid Volume Cutoff, Real-Time
T2_BFV_CUTOFF_ANT2 Antenna 2 Motion Induced T2 Bound Fluid Volume Cutoff
T2_BFV_CUTOFF_ANT2_RT Antenna 2 Motion Induced T2 Bound Fluid Volume Cutoff, Real-Time
T2_MOTION_LIMIT_ANT1 Antenna 1 Motion Induced T2 Limit for a Non-Relaxing Spin
T2_MOTION_LIMIT_ANT1_RT Antenna 1 Motion Induced T2 Limit for a Non-Relaxing Spin, Real-Time
T2_MOTION_LIMIT_ANT2 Antenna 2 Motion Induced T2 Limit for a Non-Relaxing Spin
T2_MOTION_LIMIT_ANT2_RT Antenna 2 Motion Induced T2 Limit for a Non-Relaxing Spin, Real-Time
T2BFV_CUT_A1 Antenna 1 Motion Induced T2 Bound Fluid Volume Cutoff
T2BFV_CUT_A2 Antenna 2 Motion Induced T2 Bound Fluid Volume Cutoff
T2CUTOFF_A1 Antenna 1 T2 Cutoff
T2CUTOFF_A2 Antenna 2 T2 Cutoff
T2CUTOFF_ANT1 Antenna 1 T2 Cutoff
T2CUTOFF_ANT2 Antenna 2 T2 Cutoff
T2CUTOFF_DISPLAY_ANT1 Antenna 1 T2 Cutoff Display Only
T2CUTOFF_DISPLAY_ANT2 Antenna 2 T2 Cutoff Display Only
T2LM_1_DH T2 Logarithmic Mean for Signal Processing Set 1, Downhole
T2LM_1_T2I_RT T2 Logarithmic Mean Using Signal Processing Set 1 by T2 Inversion, Real-Time
T2LM_2_DH T2 Logarithmic Mean for Signal Processing Set 2, Downhole
T2LM_2_T2I_RT T2 Logarithmic Mean Using Signal Processing Set 2 by T2 Inversion, Real-Time
T2LM_A1_SIG Antenna 1 Standard Deviation T2 Logarithmic Mean
T2LM_A1P1 T2 Logarithmic Mean Using Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1) by T2 Inversion for Antenna 1
T2LM_A1P1_DH Antenna 1 T2 Logarithmic Mean with Processing Parameter Set 1(FECHO_1, NECH_USED_1 and REG_PARF_1), Downhole
T2LM_A1P2 T2 Logarithmic Mean Using Parameter Set 1 (FECHO_2, NECH_USED_2 and REG_PARF_2) by T2 Inversion for Antenna 1
T2LM_A1P2_DH Antenna 1 T2 Logarithmic Mean with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2), Downhole
T2LM_A2_SIG Antenna 2 Standard Deviation T2 Logarithmic Mean
T2LM_A2P1 T2 Logarithmic Mean Using Parameter Set 1 (FECHO_1, NECH_USED_1 and REG_PARF_1) by T2 Inversion for Antenna 2
T2LM_A2P1_DH Antenna 2 T2 Logarithmic Mean with Processing Parameter Set 1(FECHO_1, NECH_USED_1 and REG_PARF_1), Downhole
T2LM_A2P2 T2 Logarithmic Mean Using Parameter Set 1 (FECHO_2, NECH_USED_2 and REG_PARF_2) by T2 Inversion for Antenna 2
T2LM_A2P2_DH Antenna 2 T2 Logarithmic Mean with Processing Parameter Set 2 (FECHO_2, NECH_USED_2 and REG_PARF_2), Downhole
T2LM_ANT1 Antenna 1 T2 Logarithmic Mean
T2LM_ANT1_SIG Antenna 1 Standard Deviation T2 Logarithmic Mean
T2LM_ANT2 Antenna 2 T2 Logarithmic Mean
T2LM_ANT2_SIG Antenna 2 Standard Deviation T2 Logarithmic Mean
T2MTN_LIM_A1 Antenna 1 Motion Induced T2 Limit for a Non-Relaxing Spin
T2MTN_LIM_A2 Antenna 2 Motion Induced T2 Limit for a Non-Relaxing Spin
TIME_SAMPLES_PER_DEPTH_ANT1 Antenna 1 Time Samples per Depth
TIME_SAMPLES_PER_DEPTH_ANT2 Antenna 2 Time Samples per Depth
TSPD_A1 Antenna 1 Time Samples per Depth
TSPD_A2 Antenna 2 Time Samples per Depth
TUNE_WORD_A1 Antenna 1 Tune Word Set for Tuning Relay
TUNE_WORD_A2 Antenna 2 Tune Word Set for Tuning Relay
ZERO_MR MR channel that always equals zero for format area shading

Related parameters
ParameterDescription
ACQ_MODE_MR Switch to Determine the Acquisition Mode
ACQ_MODE_SWITCH Switch to Determine the Acquisition Mode
AVG_ANT2_DEPTH Antenna 2 Depth Levels to Stack (Odd Values)
AZ_SMTH_MR MR Antenna 2 Azimuthal Smoothing Option
AZ_WAITTIME_ID Azimuthal Wait Time Index
AZ_WT_INDEX Azimuthal Wait Time Index
BFV_MIN_RT Bound Fluid Volume - Minimum, Real-Time
BURST_MODE_1 Burst Mode Switch 1
BURST_MODE_2 BUrst Mode Switch 2
BURST_MODE_SWITCH_1 Burst Mode Switch 1
BURST_MODE_SWITCH_2 Burst Mode Switch 2
CMP_ACC_CHAN Compressed Acceleration Channels to be Recorded
COMPRESSED_ACC_CHAN Compressed Acceleration Channels to be Recorded
DMR_SWITCH Density Magnetic Resonance Switch
DMR_SWITCH_RT Density Magnetic Resonance Switch, Real-Time
ECH_REC_RATE Downhole Echo Record Rate for Magnetic Resonance Channels
ECHO_AMP_ANT1_MC Antenna 1 Echo Amplitude During Master Calibration
ECHO_AMP_ANT2_MC Antenna 2 Echo Amplitude During Master Calibration
ECHO_RECORD_RATE_RT Downhole Echo Record Rate for Magnetic Resonance Channels, Real-Time
FECHO_1 First Echo to be Used in Signal Processing Set 1
FECHO_2 First Echo to be Used in Signal Processing Set 2
FREQ_ANT1_MC Antenna 1 Frequency During Master Calibration
FREQ_ANT2_MC Antenna 2 Frequency During Master Calibration
GCSE_RM Generalized Caliper Selection for DnM recorded mode
GCSE_RT Generalized Caliper Selection for DnM real time
IFFV_PIP_INT Integrated Free Fluid Volume Pip Interval
IKTIM_PIP_INT Integrated Coates-Timur Permeability Pip Interval
INTG_FFV_PIP_INTERVAL_RT Integrated Free Fluid Volume Pip Interval, Real-Time
INTG_KTIM_PIP_INTERVAL_RT Integrated Coates-Timur Permeability Pip Interval, Real-Time
INTG_PIPS_START_DEPTH_RT Integrated Pips Start Depth, Real-Time
KSDR_A_RT Multiplier for SDR Permeability, Real-Time
KSDR_B_RT T2 Exponent for SDR Permeability, Real-Time
KSDR_C_RT Porosity Exponent for SDR Permeability, Real-Time
KTIM_A_RT Multiplier for Timur/Coates Permeability, Real-Time
KTIM_B_RT Porosity Exponent for Timur/Coates Permeability, Real-Time
KTIM_C_RT PHI Ratio Exponent for Timur/Coates Permeability, Real-Time
LAG_NSE_GOAL Porosity Noise Goal for Lagrange Multiplier
LAG_NSE_RATIO Porosity to Echo Noise Ratio for Lagrange Multiplier
LOOP_ANT1_MC Antenna 1 Loop During Master Calibration
LOOP_ANT2_MC Antenna 2 Loop During Master Calibration
NCOMP Number of Components (depth logging)
NECH_USED_1 Number of Echoes Used in Signal Processing Set 1
NECH_USED_2 Number of Echoes Used in Signal Processing Set 2
NUM_STACK_1 Number of Time Samples Averaged Downhole Used in Signal Processing Set 1
NUM_STACK_1_RT Number of Time Samples Averaged Downhole Used in Signal Processing Set 1, Real-Time
NUM_STACK_2 Number of Time Samples Averaged Downhole Used in Signal Processing Set 2
NUM_STACK_2_RT Number of Time Samples Averaged Downhole Used in Signal Processing Set 2, Real-Time
PHSMETH_MR2 MR Method to Compute Phase
PIP_STRT_DEPTH Integrated Pips Start Depth
PRC_SRC_MR Processing Source Switch
PRC_SRC_MR_RT Processing Source Switch, Real-Time
PROCESSING_SOURCE_SWITCH Processing Source Switch
PROCESSING_SOURCE_SWITCH_RT Processing Source Switch, Real-Time
Q_ANT1_MC Antenna 1 Quality Factor During Master Calibration
Q_ANT2_MC Antenna 2 Quality Factor During Master Calibration
REG_PARF_1 Fixed Regularization Constant 1, if REG_METH_MR = Fixed
REG_PARF_2 Fixed Regularization Constant 2, if REG_METH_MR = Fixed
STAB_SWITCH Stab Selection Switch
STABSELECT Stab Selection
T180_ANT10_MC Antenna 1 T180_ANT10 During Master Calibration
T180_ANT20_MC Antenna 2 T180_ANT20 During Master Calibration
T2_CUTOFF_SW Calculation Method for Fluid Cutoff Switch
T2_CUTOFF_SWITCH Calculation Method for Fluid Cutoff Switch
T2CUT_RT T2 Cutoff (BFV/FFV cutoff), Real-Time
T90_ANT10_MC Antenna 1 T90_ANT10 During Master Calibration
T90_ANT11_MC Antenna 1 T90_ANT11 During Master Calibration
T90_ANT20_MC Antenna 2 T90_ANT20 During Master Calibration
T90_ANT21_MC Antenna 2 T90_ANT21 During Master Calibration
T928_ANT10_MC Antenna 1 T928_ANT10 During Master Calibration
T928_ANT20_MC Antenna 2 T928_ANT20 During Master Calibration
TAQD_ANT10_MC Antenna 1 TAQD_ANT10 During Master Calibration
TAQD_ANT20_MC Antenna 2 TAQD_ANT20 During Master Calibration
TEMP_ANT1_MC Antenna 1 Temperature During Master Calibration
TEMP_ANT2_MC Antenna 2 Temperature During Master Calibration


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