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Magnetic Susceptibility of Mini-Cores of the KTB Main Hole HB1d
The magnetic susceptibility is measured by an inductive AC device (BARTINGTON). The sample is placed inside a coil which generates an alternating magnetic field. The applied... -
Gas Mass Spectrometry of Gas Samples of the KTB Main Hole HB1g
In the complete KTB-VB and in in the KTB-HB down to a depth of 3003 m the gas phase was released and collected by twirl degassers attached in front of the mud shakers. This open... -
Natural Gamma-ray Activity of Cuttings of the KTB Main Hole HB1 (measurements...
In the laboratory, the gamma radiation is measured by a sodium iodtite (NaI) scintillation detector (cores and cuttings) and by a germanium (Ge) semiconductor detector... -
SAFOD Main Hole downhole logging data phase 2 (2005), 2975-3387m
SAFOD is motivated by the need to answer fundamental questions about the physical and chemical processes controlling faulting and earthquake generation within a major... -
Density of Cuttings of the KTB Main Hole HB1g
The density of rocks depends on the mineral contents and is therefore a helpful property for the discrimination of lithological units. It is also used for the calculation of... -
Porosity of Mini Cores (Plugs) of the KTB Main Hole HB1
The porosity was determined using the most common Archimedian method (Schopper, 1982). It is based on the following three weight determinations of the sample: (1) The samples... -
Thermal Conductivity of Cores of the KTB Pilot Hole VB1 (measured data)
The thermal conductivity on cores is measured in two steps (see Pribnow 1994). First, one face end of the core is sawed and polished. The half space line source is pressed... -
Magnetic Susceptibility of Cuttings of the KTB Pilot Hole VB1
The magnetic susceptibility is measured by an inductive AC device (BARTINGTON). The sample is placed inside a coil which generates an alternating magnetic field. The applied... -
Borehole Temperature of HSDP-2-A on 07/05/1999
The temperature pattern is attributed to a superposition of thermal and hydraulic processes. In the deeper borehole (HSDP-2, depth 3.1 km) detailed temperature monitoring was... -
Wet bulk density of core CON01-604-2a, the trigger core to piston core CON01-...
Wet bulk density of core CON01-604-2a, the trigger core to piston core CON01-604-2 at Posolskoe -
XRF of Cuttings of the KTB Main Hole HB1.
Cuttings were crushed in a tungsten carbide ball mill for 25 min; while core samples were crushed in a tungsten carbide jaw breaker and then processed in the same way as the... -
Magnetic field uplog, 19990705 for HSDP-2-A
A quasi-continuous magnetic log has been obtained in the Hawaii Scientific Drilling Project 2 (HSDP-2) between 600 m and 1800 m, which corresponds to a time interval of... -
Analysis of element behavior in mylonites of the Seve Nappe of the Scandinavi...
The International Continental Scientific Drilling Program (ICDP) performed a dual-phase scientific drilling project to investigate mountain-building processes called Collisional... -
Density of Cuttings of the KTB Main Hole HB1a
The density of rocks depends on the mineral contents and is therefore a helpful property for the discrimination of lithological units. It is also used for the calculation of... -
Magnetic field downlog 19990704 for HSDP-2-A
A quasi-continuous magnetic log has been obtained in the Hawaii Scientific Drilling Project 2 (HSDP-2) between 600 m and 1800 m, which corresponds to a time interval of... -
Thermal Conductivity of Cuttings of the KTB Main Hole HB1 (measured data)
In the KTB field laboratory, thermal conductivity was measured on cuttings material in depth intervals of 10 m and on available drill core material. The results on drill cores... -
Photos of drillcore 7129/10-U-01 (interval 56 - 66 m below seabed), Finnmark ...
Photos of drillcore 7129/10-U-01 (interval 56 - 66 m below seabed), Finnmark Platform, Norwegian Barents Sea. In: How, O. 1994: Shallow drilling Barents Sea 1988: Core photos -... -
Downcore variations of the S-ratio for CON01-603-2, CON01-604-2, CON01-605-3,...
In interglacial sediments, the magnetic assemblages depict changes in the sedimentation rate, which are traced using the ratio of magnetite over hematite (S-ratio). At the... -
Unit-cell parameters and Mn(Fe+Mn) ratios of vivianites from Lake Baikal
The unit-cell parameters (Table 4) were calculated with the least-squares refinement program LCLSQ 8.4 (Burnham, 1991), from the d-spacings corrected with an internal standard... -
Vertical distribution in the sediment of the different animal groups found in...
The vertical distribution of organisms in the sediment indicates that animals can be present as deep as 15 cm although at very low abundance at such depths (Fig. 4, Fig. 5 and...