The fractional porosity of marine sediments is one of the fundamental index properties of rocks. For the determination of porosity a nondestructive, inductive method was used on unsplit sediment cores. The results were compared with galvanically measured resistivities using a miniature Wenner array on split cores. The measurements agree well except for cores with high clay content where measurement frequency related effects cause a resistivity difference of about 10%. Porosities were derived from resistivities using a published resistivity-porosity relationship by Boyce (1968) and compared with sample porosities. A comparison of both data sets shows good agreement
Electrical and electromagnetic surveys of the seafloor provide valuable information about the macro ...
Abstract: We describe a method of thin-bed petrophysical analysis that exploits the availability of ...
International audienceIn this study, we investigate porosity evolution through the sedimentary input...
The electrical sediment conductivity σs (and reciprocal resistivity Rs) was determined using an indu...
Adding resistivity measurements to classical cone penetration tests (CPTU) provides further informat...
International audienceIn this study, we used porosity to assess the compaction state of the Nankai a...
Dataset: Sediment porosityPorosity from sediment cores collected on the R/V Nathaniel B. Palmer crui...
The main objective of this study is to find a relationship between permeability and porosity, in the...
Compilation of porosity data from 11 Ocean Drilling Program legs and 53 sites show that compaction i...
We examined geophysical data from a Multi-Sensor Core Logger (MSCL), a logging device providing cont...
A suite of petrophysical properties - velocity, resistivity, bulk density, porosity, and matrix dens...
Porosity is a fundamental property of marine sediment from which wet bulk density can be easily dete...
High-resolution electrical resistivity measurements are made on saturated rocks using novel laborato...
The present work involves a comprehensive experimental study of porosity and pore size distribution ...
In geotechnical engineering in Norway, Sweden and Canada the presence of sensitive and/or quick clay...
Electrical and electromagnetic surveys of the seafloor provide valuable information about the macro ...
Abstract: We describe a method of thin-bed petrophysical analysis that exploits the availability of ...
International audienceIn this study, we investigate porosity evolution through the sedimentary input...
The electrical sediment conductivity σs (and reciprocal resistivity Rs) was determined using an indu...
Adding resistivity measurements to classical cone penetration tests (CPTU) provides further informat...
International audienceIn this study, we used porosity to assess the compaction state of the Nankai a...
Dataset: Sediment porosityPorosity from sediment cores collected on the R/V Nathaniel B. Palmer crui...
The main objective of this study is to find a relationship between permeability and porosity, in the...
Compilation of porosity data from 11 Ocean Drilling Program legs and 53 sites show that compaction i...
We examined geophysical data from a Multi-Sensor Core Logger (MSCL), a logging device providing cont...
A suite of petrophysical properties - velocity, resistivity, bulk density, porosity, and matrix dens...
Porosity is a fundamental property of marine sediment from which wet bulk density can be easily dete...
High-resolution electrical resistivity measurements are made on saturated rocks using novel laborato...
The present work involves a comprehensive experimental study of porosity and pore size distribution ...
In geotechnical engineering in Norway, Sweden and Canada the presence of sensitive and/or quick clay...
Electrical and electromagnetic surveys of the seafloor provide valuable information about the macro ...
Abstract: We describe a method of thin-bed petrophysical analysis that exploits the availability of ...
International audienceIn this study, we investigate porosity evolution through the sedimentary input...