Proc. IODP, 319, Methods

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Expedition reports Research results Supplementary material Drilling maps Expedition bibliography
Chapter contents Introduction Reference depths Depth precision estimates of cuttings Sampling and classification of material transported by drilling mud Influence of drilling mud composition on cuttings Cuttings handling Core handling Personal sampling Authorship of site chapters Acronyms X-ray computed tomography Background X-ray CT scan data usage Logging Logging while drilling and measurement while drilling Wireline logging Lithology Macroscopic observations of cuttings and core Microscopic observation of cuttings Microscopic observation of core Mineralogical analysis of cuttings and core Grain size separation (Atterberg method) Identification of lithologic units Structural geology Cuttings Cores Borehole image data Data analysis Anisotropy of magnetic susceptibility Biostratigraphy Calcareous nannofossils Zonation and biohorizons Geochemistry Mud gas monitoring Organic geochemistry Interstitial water geochemistry Physical properties MSCL-W (cores and cuttings) Moisture and density (cores and cuttings) Thermal conductivity (cores) MSCL-I: photo image logger (cores) Discrete P-wave measurement for P-wave velocity and anisotropy (cores) Magnetic susceptibility (cuttings) Logging Downhole measurements Modular Formation Dynamics Tester Vertical seismic profile in scientific drilling Walkaway vertical seismic profile Zero-offset VSP Cuttings-Core-Log-Seismic integration Seismic reflection data Application to information from coring and logging Observatory Sensor dummy run test Temporary monitoring system Paleomagnetism Laboratory instruments Sampling coordinates Measurements References Figures F1. Washed cuttings work flow. F2. Core work flow, Hole C0009A. F3. LWD/MWD tool strings. F4. Rig instrumentation and passive heave compensating system. F5. Shipboard structure and data flow. F6. geoVISION and mud pulse data recording and processing. F7. Wireline logging tools. F8. VCD graphic patterns and symbols. F9. X-ray diffractograms. F10. Modified protractor. F11. Core reference frame. F12. Magnetostratigraphic and calcareous nannofossil events. F13. Drilling mud gas extraction and analysis system. F14. Gas separator location during Drilling Phase 2. F15. Single probe module of MDT tool. F16. MDT tool configuration. F17. MDT tool. F18. Dual packer hydraulic fracturing tests. F19. Survey lines location map. F20. Concept of walkaway VSP experiment. F21. Air gun array towed from Kairei. F22. Acquisition geometry of zero-offset VSP. F23. Air gun system. F24. Dummy run test string, Hole C0010A. F25. Strainmeter. F26. Instrument carrier. F27. Instrument carrier cross section. F28. Planned long-term observatory, Hole C0010A. F29. Borehole configuration for smart plug deployment. F30. Smart plug (instrumented bridge plug). F31. Smart plug instrument package. F32. Smart plug pressure case and instrument package. F33. Orientation system used during Expeditions 319 and 322. Tables T1. X-ray CT scanner settings. T2. MWD-APWD tool acronyms, descriptions, and units. T3. geoVISION tool specifications. T4. Wireline logging tool acronyms, descriptions, and units. T5. Wireline logging tools specifications. T6. Characteristic XRD peaks. T7. Bulk powder XRD normalization factors. T8. Conditions for glass bead major element analysis. T9. Major element values. T10. Calcareous nannofossil datum age estimates. T11. Versatile Seismic Imager specifications. T12. Walkaway VSP survey lines. T13. OBS locations. T14. BBOBS locations. T15. Walkaway VSP source parameters. T16. Walkaway VSP positioning parameters. T17. Time specifications. T18. Recorder parameters. T19. 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