Lamont Doherty. Expedition 330 Site U1374A. Louisville Seamounts. Company: Well: Field: Phasor. Induction Natural Gamma Ray.

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1 Run 1 Run 2 Run Company: Lamont Doherty Well: Field: Rig: Expedition 33 Site U1374A Louisville Seamounts JOIDES Resolution Ocean: Phasor Pacific JOIDES Resolution Louisville Seamounts Latitude: S 28* Expedition 33 Site U1374A Lamont Doherty LOCATION Induction Natural Gamma Ray Latitude: S 28* Longitude: W 173* Permanent Datum: Log Measured From: Sea Floor Sea Floor Elev.: Elev.: K.B. G.L. D.F.. m 157. m. m 157. m 157. mabove Perm. Datum Rig: MUD Field: Location: Well: Company: Logging Date Run Number Depth Driller Schlumberger Depth Bottom Log Interval Top Log Interval Casing Driller Size Depth Casing Schlumberger Bit Size Type Fluid In Hole Density Viscosity Drilling Measured From: Fluid Loss PH Source Of Sample RM Measured Temperature RMF Measured Temperature RMC Measured Temperature Source RMF RMC RM MRT RMF MRT Maximum Recorded Temperatures Circulation Stopped Time Logger On Bottom Time Unit Number Location Recorded By Witnessed By API Serial No. 19 Jan m 52 m 518 m m 4.5 in 13 m in Seawater 1.78 g/cm3 Sea Floor N/A N/A N/A degc 18 Jan Jan Houston K. Swain L. Anderson, S. Ehmann Max. Hole Devi. deg 128 m 15 : 14:35 Longitude W 123* Latitude S 27* MUD Logging Date Run Number Depth Driller Schlumberger Depth Bottom Log Interval Top Log Interval Casing Driller Size Depth Casing Schlumberger Bit Size Type Fluid In Hole Density Viscosity Fluid Loss PH Source Of Sample RM Measured Temperature RMF Measured Temperature RMC Measured Temperature Source RMF RMC RM MRT RMF MRT Maximum Recorded Temperatures Circulation Stopped Time Logger On Bottom Time Unit Number Location Recorded By Witnessed By

2 3 Run 4 DISCLAIMER THE USE OF AND RELIANCE UPON THIS RECORDED DATA BY THE HEREIN NAMED COMPANY (AND ANY OF ITS AFFILIATES, PARTNERS, REPRESENTATIVES, AGENTS, CONSULTANTS AND EMPLOYEES) IS SUBJECT TO THE TERMS AND CONDITIONS AGREED UPON BETWEEN SCHLUMBERGER AND THE COMPANY, INCLUDING: (a) RESTRICTIONS ON USE OF THE RECORDED DATA; (b) DISCLAIMERS AND WAIVERS OF WARRANTIES AND REPRESENTATIONS REGARDING COMPANY S USE OF AND RELIANCE UPON THE RECORDED DATA; AND (c) CUSTOMER S FULL AND SOLE RESPONSIBILITY FOR ANY INFERENCE DRAWN OR DECISION MADE IN CONNECTION WITH THE USE OF THIS RECORDED DATA. OTHER SERVICES1 OTHER SERVICES2 OS1: FMS OS1: OS2: UBI OS2: OS3: HNGS OS3: OS4: HLDS/APS OS4: OS5: GBM OS5: REMARKS: RUN NUMBER 1 REMARKS: RUN NUMBER 2 Depths originally recorded from drill floor as main depth reference. Log files were played back with offset of 157m to force sea floor as the new reference. This log references sea floor at m. TD of hole at 522m (driller), 52 m (log) Tools run inside drill pipe and drill collars thru bit release and BHA. 9 7/8" bit released prior to logging. ID of pipe at minimum is 4.1" diameter. ILE inline eccentralizer run for APS porosity tool to eccentralize it. GPIT run with tool for Active Heave Compensator testing (AHC). GR spike at 75m possiblly related to APS neutron activation by correcting wrap on cable drum requiring toolstring to descend in order to repair. Repeat section shows GR at slightly ligher level due to Neutron activation of the borehole. Multiple attempts at logging this hole were made, with last attempt being successful after full wiper trip and drilling through obstructions. RUN 1 RUN 2 SERVICE ORDER #: SERVICE ORDER #: PROGRAM VERSION: 17C 154 PROGRAM VERSION: FLUID LEVEL: FLUID LEVEL: LOGGED INTERVAL START STOP LOGGED INTERVAL START STOP SFT SFT GSR U 6168 WITM (DTS) A EQUIPMENT DESCRIPTION RUN 1 RUN 2 SURFACE EQUIPMENT DOWNHOLE EQUIPMENT LEH QT LEH QT 31 DTC H ECH KC 1777 CTEM TelStatus ToolStatu HNGS BA Upper_1 Lower_

3 HNGS BA 194 HNSH BA 25 HNGC B HNGH A 115 HNGC Stat AH 191 ILE F ILE F AH 19 APS C APH AC 22 APS C 22 MNTR F 5589 Status Minitron Near TD Near Arr Near Far Arr Far Far TD LDSC B LDSH A 319 LDSC Stat HLDS GSR Z 2397 HLDV D 51 HLDS D 45 HEH H 53 HLDP C 61 Caliper SS LS Status DTA A ECH KE GPIT A/B GPIC AC DIT E DIC EB 171 MIH ZA 342 DIS HB SP Deep Ind Aux Meas SFL Med Ind HV DF Status GPIT Tension TOOL ZERO. MAXIMUM STRING DIAMETER 3.75 IN MEASUREMENTS RELATIVE TO TOOL ZERO ALL LENGTHS IN METERS (in) (M) Production String Well Schematic Casing String MD OD ID OD ID (M) MD (in)

4 Kelly Bushing Elevation Derrick Floor Elevation Mean Sea Level Sea Floor Open Hole 522 Total Depth

5 Input DLIS Files PI_LDL_APS_NGS_28LUP FN:48 2 Jan : M M Output DLIS Files DEFAULT PI_LDL_APS_NGS_114PUP FN:4 PRODUCER 11 Feb 211 7: M 2.3 M OP System Version: 17C 154 DIT E 17C 154 GPIT A/B SRPC 3971 Q1_21_OP17 DTA A 17C 154 HLDS SPC 3961 OP17_NUCL LDSC B SPC 3961 OP17_NUCL APS C SPC 3961 OP17_NUCL HNGC B SPC 3961 OP17_NUCL HNGS BA SPC 3961 OP17_NUCL DTC H 17C 154 Time Mark Every 6 S PIP SUMMARY HNGS Spectroscopy Gamma Ray (HSGR) (GAPI) 1 SFL_ QUAL From D3T to SFQF UPlog 2 Area From HCGR to HSGR IM_QUAL From SFQF to IMQF SFL Unaveraged (SFLU).2 (OHMM) 2

6 HNGS Computed Gamma Ray (HCGR) (GAPI) 1 ID_QUAL From IMQF to IDQF Medium Induction Phasor processed Resistivity (IMPH).2 (OHMM) 2 HLDS Caliper (LCAL) (IN) 2 Tension (TENS) (LBF) 1 Deep Induction Phasor processed Resistivity (IDPH).2 (OHMM) 2 Sea Floor 25

7 5 TENS GR Spike 75 See Remarks HCGR SFQF IMQF IDQF IMPH IDPH SFLU

8 LCAL HSGR Drill Pipe Cali Closed

9 15 175

10 HLDS Caliper (LCAL) (IN) 2 Tension (TENS) (LBF) Deep Induction Phasor processed Resistivity (IDPH).2 (OHMM) 2 2 TENS HCGR LCAL HSGR SFQF IMQF IDQF 225 IMPH IDPH SFLU Cali Opened FR DITE

11 (LBF) 1 HNGS Computed Gamma Ray (HCGR) (GAPI) 1 ID_QUAL From IMQF to IDQF Medium Induction Phasor processed Resistivity (IMPH).2 (OHMM) 2 Area From HCGR to HSGR HNGS Spectroscopy Gamma Ray (HSGR) (GAPI) 1 Time Mark Every 6 S IM_QUAL From SFQF to IMQF SFL_ QUAL From D3T to SFQF SFL Unaveraged (SFLU).2 (OHMM) 2 UPlog 2 PIP SUMMARY Parameters DLIS Name Description DIT E: Dual Induction E BHS Borehole Status OPEN BHT Bottom Hole Temperature (used in calculations) 5 DEGF DGF2 Deep 2 khz Gain Factor DPH2 Deep 2 khz Shift DEG DRE2 Deep Real 2 khz Sonde Error Correction MM/M DSR2 Deep Sigma Reference (2 khz) 1843 MM/M DXE2 Deep Quad 2 khz Sonde Error Correction MM/M GCSE Generalized Caliper Selection BS GDEV Average Angular Deviation of Borehole from Normal DEG GGRD Geothermal Gradient.1 DF/F GTSE Generalized Temperature Selection LINEAR_ESTIMATE IFRS DIT E Induction Frequency Selector 2 IPHA DIT E Phasor Processing Mode ALL IPRO DIT E Induction Processing Selector PHASOR ITEN DIT E Temperature Enable ENABLE MGF2 Medium 2 khz Gain Factor MPH2 Medium 2 khz Shift DEG MRE2 Medium Real 2 khz Sonde Error Correction MM/M MSR2 Medium Sigma Reference (2 khz) 325 MM/M MXE2 Medium Quad 2 khz Sonde Error Correction MM/M SFCR SFL Channel Ratio 1 SHT Surface Hole Temperature 68 DEGF APS C: Accelerator Porosity Tool BHS Borehole Status OPEN BHT Bottom Hole Temperature (used in calculations) 5 DEGF GCSE Generalized Caliper Selection BS GDEV Average Angular Deviation of Borehole from Normal DEG GGRD Geothermal Gradient.1 DF/F GTSE Generalized Temperature Selection LINEAR_ESTIMATE SHT Surface Hole Temperature 68 DEGF HNGS BA: Hostile Natural Gamma Ray Sonde BAR1 HNGS Detector 1 Barite Constant 1 BAR2 HNGS Detector 2 Barite Constant 1 BHK HNGS Borehole Potassium Correction Concentration BHS Borehole Status OPEN BHT Bottom Hole Temperature (used in calculations) 5 DEGF CSD1 Inner Casing Outer Diameter IN CSD2 Outer Casing Outer Diameter IN CSW1 Inner Casing Weight LB/F CSW2 Outer Casing Weight LB/F DBCC HNGS Barite Constant Correction Flag NONE GCSE Generalized Caliper Selection BS GDEV Average Angular Deviation of Borehole from Normal DEG GGRD Geothermal Gradient.1 DF/F GTSE Generalized Temperature Selection LINEAR_ESTIMATE H1P HNGS Detector 1 Allow/Disallow In Processing ALLOW H2P HNGS Detector 2 Allow/Disallow In Processing ALLOW HABK HNGS Borehole Potassium Running Average HALF HNGS Alpha Filter Length 6 IN HCRB HNGS Apply Borehole Potassium Correction NONE HMWM Mud Weighting Material NATU HNPE HNGS Processing Enable YES S1BI HNGS Detector 1 Calibration Bismuth Count Rate 1.3 CPS S2BI HNGS Detector 2 Calibration Bismuth Count Rate 1.3 CPS

12 SGRC SHT HNGS Standard Gamma Ray Correction Flag Surface Hole Temperature YES 68 DEGF TPOS Tool Position ECCE VBA1 HNGS Detector 1 Variable Barite Factor Running Average VBA2 HNGS Detector 2 Variable Barite Factor Running Average System and Miscellaneous BS Bit Size IN DFD Drilling Fluid Density 1.8 G/C3 DO Depth Offset for Playback 157. M FLEV Fluid Level 5. M PP Playback Processing NORMAL TD Total Depth 1713 FT Format: DITE_LogPhasor Vertical Scale: 1:2 Graphics File Created: 11 Feb 211 7:8 OP System Version: 17C 154 DIT E 17C 154 GPIT A/B SRPC 3971 Q1_21_OP17 DTA A 17C 154 HLDS SPC 3961 OP17_NUCL LDSC B SPC 3961 OP17_NUCL APS C SPC 3961 OP17_NUCL HNGC B SPC 3961 OP17_NUCL HNGS BA SPC 3961 OP17_NUCL DTC H 17C 154 Input DLIS Files PI_LDL_APS_NGS_28LUP FN:48 2 Jan : M M Output DLIS Files DEFAULT PI_LDL_APS_NGS_114PUP FN:4 PRODUCER 11 Feb 211 7:8 Input DLIS Files PI_LDL_APS_NGS_27LUP FN:46 2 Jan : M M Output DLIS Files DEFAULT PI_LDL_APS_NGS_113PUP FN:3 PRODUCER 11 Feb 211 6: M 16.3 M OP System Version: 17C 154 DIT E 17C 154 GPIT A/B SRPC 3971 Q1_21_OP17 DTA A 17C 154 HLDS SPC 3961 OP17_NUCL LDSC B SPC 3961 OP17_NUCL APS C SPC 3961 OP17_NUCL HNGC B SPC 3961 OP17_NUCL HNGS BA SPC 3961 OP17_NUCL DTC H 17C 154 Time Mark Every 6 S PIP SUMMARY HNGS Spectroscopy Gamma Ray (HSGR) (GAPI) 1 SFL_ QUAL From D3T to SFQF Main Log Area From HCGR to HSGR IM_QUAL From SFQF to IMQF SFL Unaveraged (SFLU).2 (OHMM) 2 HNGS Computed Gamma Ray (HCGR) (GAPI) 1 ID_QUAL From IMQF to IDQF Medium Induction Phasor processed Resistivity (IMPH).2 (OHMM) 2 HLDS Caliper (LCAL) (IN) 2 Tension (TENS) (LBF) 1 Deep Induction Phasor processed Resistivity (IDPH).2 (OHMM) 2

13 SeaFloor 25

14 5 TENS 75 HCGR LCAL HSGR SFQF IMQF IDQF IDPH IMPH SFLU

15 1 125 Drill Pipe Caliper Closed 15

16 175 2

17 225 25

18 275 3

19

20 4 425

21 45 TENS HCGR LCAL HSGR SFQF IMQF IDQF IMPH IDPH SFLU 475

22 FR HNGS 5 Caliper Opened FR DITE HLDS Caliper (LCAL) (IN) 2 Total Depth Tension (TENS) (LBF) 1 Deep Induction Phasor processed Resistivity (IDPH).2 (OHMM) 2 HNGS Computed Gamma Ray (HCGR) (GAPI) 1 ID_QUAL From IMQF to IDQF Medium Induction Phasor processed Resistivity (IMPH).2 (OHMM) 2 Area From HCGR to HSGR IM_QUAL From SFQF to IMQF SFL Unaveraged (SFLU).2 (OHMM) 2 HNGS Spectroscopy Gamma Ray (HSGR) (GAPI) 1 Time Mark Every 6 S SFL_ QUAL From D3T to SFQF Main Log PIP SUMMARY Parameters DLIS Name Description DIT E: Dual Induction E BHS Borehole Status OPEN BHT Bottom Hole Temperature (used in calculations) 5 DEGF

23 DGF2 DPH2 Deep 2 khz Gain Factor Deep 2 khz Shift DEG DRE2 Deep Real 2 khz Sonde Error Correction MM/M DSR2 Deep Sigma Reference (2 khz) 1843 MM/M DXE2 Deep Quad 2 khz Sonde Error Correction MM/M GCSE Generalized Caliper Selection BS GDEV Average Angular Deviation of Borehole from Normal DEG GGRD Geothermal Gradient.1 DF/F GTSE Generalized Temperature Selection LINEAR_ESTIMATE IFRS DIT E Induction Frequency Selector 2 IPHA DIT E Phasor Processing Mode ALL IPRO DIT E Induction Processing Selector PHASOR ITEN DIT E Temperature Enable ENABLE MGF2 Medium 2 khz Gain Factor MPH2 Medium 2 khz Shift DEG MRE2 Medium Real 2 khz Sonde Error Correction MM/M MSR2 Medium Sigma Reference (2 khz) 325 MM/M MXE2 Medium Quad 2 khz Sonde Error Correction MM/M SFCR SFL Channel Ratio 1 SHT Surface Hole Temperature 68 DEGF APS C: Accelerator Porosity Tool BHS Borehole Status OPEN BHT Bottom Hole Temperature (used in calculations) 5 DEGF GCSE Generalized Caliper Selection BS GDEV Average Angular Deviation of Borehole from Normal DEG GGRD Geothermal Gradient.1 DF/F GTSE Generalized Temperature Selection LINEAR_ESTIMATE SHT Surface Hole Temperature 68 DEGF HNGS BA: Hostile Natural Gamma Ray Sonde BAR1 HNGS Detector 1 Barite Constant 1 BAR2 HNGS Detector 2 Barite Constant 1 BHK HNGS Borehole Potassium Correction Concentration BHS Borehole Status OPEN BHT Bottom Hole Temperature (used in calculations) 5 DEGF CSD1 Inner Casing Outer Diameter IN CSD2 Outer Casing Outer Diameter IN CSW1 Inner Casing Weight LB/F CSW2 Outer Casing Weight LB/F DBCC HNGS Barite Constant Correction Flag NONE GCSE Generalized Caliper Selection BS GDEV Average Angular Deviation of Borehole from Normal DEG GGRD Geothermal Gradient.1 DF/F GTSE Generalized Temperature Selection LINEAR_ESTIMATE H1P HNGS Detector 1 Allow/Disallow In Processing ALLOW H2P HNGS Detector 2 Allow/Disallow In Processing ALLOW HABK HNGS Borehole Potassium Running Average HALF HNGS Alpha Filter Length 6 IN HCRB HNGS Apply Borehole Potassium Correction NONE HMWM Mud Weighting Material NATU HNPE HNGS Processing Enable YES S1BI HNGS Detector 1 Calibration Bismuth Count Rate 1.3 CPS S2BI HNGS Detector 2 Calibration Bismuth Count Rate 1.3 CPS SGRC HNGS Standard Gamma Ray Correction Flag YES SHT Surface Hole Temperature 68 DEGF TPOS Tool Position ECCE VBA1 HNGS Detector 1 Variable Barite Factor Running Average VBA2 HNGS Detector 2 Variable Barite Factor Running Average System and Miscellaneous BS Bit Size IN DFD Drilling Fluid Density 1.8 G/C3 DO Depth Offset for Playback 157. M FLEV Fluid Level 5. M PP Playback Processing NORMAL TD Total Depth 1713 FT Format: DITE_LogPhasor Vertical Scale: 1:2 Graphics File Created: 11 Feb 211 6:49 OP System Version: 17C 154 DIT E 17C 154 GPIT A/B SRPC 3971 Q1_21_OP17 DTA A 17C 154 HLDS SPC 3961 OP17_NUCL LDSC B SPC 3961 OP17_NUCL APS C SPC 3961 OP17_NUCL HNGC B SPC 3961 OP17_NUCL HNGS BA SPC 3961 OP17_NUCL DTC H 17C 154 Input DLIS Files PI_LDL_APS_NGS_27LUP FN:46 2 Jan : M M Output DLIS Files

24 DEFAULT PI_LDL_APS_NGS_113PUP FN:3 PRODUCER 11 Feb 211 6:49 Calibration and Check Summary Measurement Nominal Before After Change Limit Units General Purpose Inclinometer Wellsite Calibration CROUZET ACCELEROMETER PROM HAS BEEN READ CORRECTLY Before: 2 Jan :32 TEMPERATURE REFERENCE : N/A N/A 2 N/A N/A N/A DEGC YEAR OF CALIBRATION : N/A N/A 92 N/A N/A N/A MONTH OF CALIBRATION : N/A N/A 1 N/A N/A N/A SERIAL NUMBER : N/A N/A 448 N/A N/A N/A General Purpose Inclinometer Wellsite Calibration CROUZET MAGNETOMETER PROM HAS BEEN READ CORRECTLY Before: 2 Jan :32 TEMPERATURE REFERENCE : N/A N/A 19 N/A N/A N/A DEGC YEAR OF CALIBRATION : N/A N/A 99 N/A N/A N/A MONTH OF CALIBRATION : N/A N/A 12 N/A N/A N/A SERIAL NUMBER : N/A N/A 428 N/A N/A N/A Hostile Litho Density Sonde Wellsite Calibration Background Measurement : 11 Dec 21 5:21 Before: 25 Dec 21 6:5 After: 2 Jan :53 SS Cs Resolution Bkg % LS Cs Resolution Bkg % LSW1 Background CPS LSW2 Background CPS LSW3 Background CPS LSW4 Background CPS LSW5 Background CPS SSW1 Background CPS SSW2 Background CPS SSW3 Background CPS SSW4 Background CPS SSW5 Background CPS Hostile Litho Density Sonde Wellsite Calibration Aluminum Measurement : 11 Dec 21 5:21 LSW1 Aluminum N/A N/A N/A N/A CPS LSW2 Aluminum N/A N/A N/A N/A CPS LSW3 Aluminum N/A N/A N/A N/A CPS LSW4 Aluminum N/A N/A N/A N/A CPS LSW5 Aluminum N/A N/A N/A N/A CPS SSW1 Aluminum N/A N/A N/A N/A CPS SSW2 Aluminum N/A N/A N/A N/A CPS SSW3 Aluminum N/A N/A N/A N/A CPS SSW4 Aluminum N/A N/A N/A N/A CPS SSW5 Aluminum N/A N/A N/A N/A CPS Hostile Litho Density Sonde Wellsite Calibration Lithology Measurement : 11 Dec 21 5:21 LSW1 Iron N/A N/A N/A N/A CPS LSW2 Iron N/A N/A N/A N/A CPS LSW3 Iron N/A N/A N/A N/A CPS LSW4 Iron N/A N/A N/A N/A CPS LSW5 Iron N/A N/A N/A N/A CPS SSW1 Iron N/A N/A N/A N/A CPS SSW2 Iron N/A N/A N/A N/A CPS SSW3 Iron N/A N/A N/A N/A CPS SSW4 Iron N/A N/A N/A N/A CPS SSW5 Iron N/A N/A N/A N/A CPS Hostile Litho Density Sonde Wellsite Calibration Caliper Calibration Before: 25 Dec 21 5:54 HLDS Caliper Small Ring N/A N/A N/A N/A IN HLDS Caliper Large Ring N/A 17.1 N/A N/A N/A IN Accelerator Porosity Tool Wellsite Calibration Detector Background : 11 Dec 21 9: Before: 2 Jan :41 After: 2 Jan :56 Near Det Bkg Cntrate N/A CPS Far Det Bkg Cntrate N/A CPS Array 1 Det Bkg Cntrate N/A CPS Array 2 Det Bkg Cntrate N/A CPS Array Therm Det Bkg Cntrate N/A CPS Accelerator Porosity Tool Wellsite Calibration Calibration Ratios : 11 Dec 21 9:

25 Near/Far Calibration Ratio N/A N/A N/A N/A Near/Array Calibration Ratio N/A N/A N/A N/A Near/Array Cal Ratio Up/Down N/A N/A N/A N/A Accelerator Porosity Tool Wellsite Calibration Tank Check : 11 Dec 21 9: Array 1 Standoff Porosity N/A N/A N/A N/A PU Array 2 Standoff Porosity N/A N/A N/A N/A PU Average Slowing Down Time N/A N/A N/A N/A US Array 1 SDT Ratio Up/Down N/A N/A N/A N/A Array 2 SDT Ratio Up/Down N/A N/A N/A N/A Sigma Formation N/A N/A N/A N/A CU Accelerator Porosity Tool Wellsite Calibration CCR7 signal boxes : 11 Dec 21 8:15 Near Detector Plateau Setting N/A N/A N/A N/A V Far Detector Plateau Setting 2 28 N/A N/A N/A N/A V Array Detector Plateau Setting N/A N/A N/A N/A V Hostile Natural Gamma Ray Sonde Wellsite Calibration Detector 1 Check : 1 Dec 21 8:35 Before: 25 Dec 21 5:54 After: 2 Jan :54 Na 511 Peak Loc Na 511 Peak Res % High Voltage N/A V Na 1785 Peak Loc Na 1785 Peak Res % Temperature N/A DEGC Na Count Rate CPS Hostile Natural Gamma Ray Sonde Wellsite Calibration Detector 2 Check : 1 Dec 21 8:35 Before: 25 Dec 21 5:54 After: 2 Jan :54 Na 511 Peak Loc Na 511 Peak Res % High Voltage N/A V Na 1785 Peak Loc Na 1785 Peak Res % Temperature N/A DEGC Na Count Rate CPS Hostile Natural Gamma Ray Sonde Wellsite Calibration Ratio Of Detector 1 To Detector 2 : 1 Dec 21 8:35 Before: 25 Dec 21 5:54 After: 2 Jan :54 Coincidence Count Rate Ratio Accelerator Porosity Tool Detector Plateau Settings : Near Detector Plateau Setting Far Detector Plateau Setting Array Detector Plateau Setting 1734 V 28 V 1968 V Dual Induction E / Equipment Identification Primary Equipment: Dual Induction Sonde DIS HB 129 Dual Induction Cartridge DIC EB 171 Auxiliary Equipment: Mass Isolated Housing MIH ZA 342 Dual Induction E Calibration Test Loop Calibration: Calibration of Internal Reference to Test Loop Standard Deep 1 khz Gain Factor Deep 2 khz Gain Factor Deep 4 khz Gain Factor Medium 1 khz Gain Factor Medium 2 khz Gain Factor Medium 4 khz Gain Factor Deep 1 khz Shift Deep 2 khz Shift Deep 4 khz Shift

26 Medium 1 khz Shift Medium 2 khz Shift Medium 4 khz Shift : Calibration out of date 8 Jun 21 1:23 Dual Induction E Calibration Sonde Error Corrections: Correction for sonde response in zero conductivity environment. (Normalized to 25C). Real Deep 1 khz S.E. Corr. Real Deep 2 khz S.E. Corr. Real Deep 4 khz S.E. Corr Quad Deep 1 khz S.E. Corr Quad Deep 2 khz S.E. Corr Quad Deep 4 khz S.E. Corr Real Medium 1 khz S.E. Corr Real Medium 2 khz S.E. Corr Real Medium 4 khz S.E. Corr Quad Medium 1 khz S.E. Corr Quad Medium 2 khz S.E. Corr Quad Medium 4 khz S.E. Corr : Calibration out of date 8 Jun 21 1:38 General Purpose Inclinometer / Equipment Identification Primary Equipment: GPIT Cartridge AC GPIC AC 719 Auxiliary Equipment: GPIT Housing GPIH A 2864 Hostile Litho Density Sonde / Equipment Identification Primary Equipment: Hostile Litho Density Sonde HLDS D 45 Hostile Litho Density High Voltage HLDV D 51 Gamma Source Radioactive GSR Z 2397 Auxiliary Equipment: Hostile Litho Density Pad HLDP C 61 Hostile Litho Density High Voltage Housi HEH H 53 Litho Density Spectroscopy Cartridge B / Equipment Identification Primary Equipment: LDSC Cartridge LDSC B 521 Auxiliary Equipment: LDSC Housing LDSH A 319 Accelerator Porosity Tool / Equipment Identification Primary Equipment: Accelerator Porosity Sonde APS C 22 APS Minitron MNTR F 5589 Auxiliary Equipment: Accelerator Porosity Housing APH AC 22 APS Calibration Water Tank SFT APS Aluminum Calibrator Sleeve SFT 281 1

27 Hostile Natural Gamma Ray Cartridge B / Equipment Identification Primary Equipment: HNGC Cartridge HNGC B 3 Auxiliary Equipment: HNGC Housing HNGH A 115 Hostile Natural Gamma Ray Sonde / Equipment Identification Primary Equipment: HNGS Sonde HNGS BA 194 Auxiliary Equipment: HNGS Sonde Housing HNSH BA 25 Gamma Source Radioactive GSR U 6168 DTS Telemetry Tool / Equipment Identification Primary Equipment: DTC H Auxiliary Cartridge DTCH A 8799 DTC H Telemetry Cartridge DTCH A 8798 Auxiliary Equipment: DTCH Telemetry Cartridge Housing ECH KC 1777 Company: Well: Field: Rig: Ocean: Lamont Doherty Expedition 33 Site U1374A Louisville Seamounts JOIDES Resolution Pacific Phasor Induction Natural Gamma Ray