A gamma-ray transmission method is discussed for measuring the water content of marine sediment samples during consolidation testing. This method permits obtaining consolidation curves for sediment cores while still in the core liner, thereby eliminating several sources of sample disturbance. A narrow beam of gamma-rays is passed through the sample to a detector and counting equipment. The attenuation of this beam is a function of the sample density and hence water content or void-ratio. Equations are developed for calculating water content from gamma-counts. The results of experiments are presented confirming the validity of these equations. © 1973
A nuclear gage for measuring sediment density in place is being developed under an Atomic Energy Com...
The feasibility of using multiple gamma-ray beams to identify the type of flow regime has been demon...
A joint research project between the British Geological Survey and Nuclear Geophysics Division of th...
A gamma-ray transmission method is discussed for measuring the water content of marine sediment samp...
A gamma ray transmission method has been developed to monitor changes in pressurized samples. The me...
The core-logger PHAROS was designed at Kernfysisch Versneller Instituut, Groningen, the Netherlands ...
Monitoring large (underwater) surfaces, with rapidly varying composition, requires a sampling densit...
In order to solve the problem of continuous or periodic monitoring of water areas affected by radioa...
The effects of sediment water content and bulk density on measurements of in-situ environmental gamm...
Soil porosity (ϕ) is of a great deal for environmental studies due to the fact that water infiltrate...
Sedimentation can cause numerous problems in rivers, estuaries, harbors, and coastal areas. It is th...
Activity measurements on sediment samples for trapped-charge geological dating using gamma-ray spect...
Factors to convert the count rate of a NaI(Tl) scintillation detector to the concentration of radioa...
Monitoring large (underwater) surfaces, with strongly varying composition, requires a sampling densi...
Natural gamma ray measurements are made routinely during core logging using the physical property mu...
A nuclear gage for measuring sediment density in place is being developed under an Atomic Energy Com...
The feasibility of using multiple gamma-ray beams to identify the type of flow regime has been demon...
A joint research project between the British Geological Survey and Nuclear Geophysics Division of th...
A gamma-ray transmission method is discussed for measuring the water content of marine sediment samp...
A gamma ray transmission method has been developed to monitor changes in pressurized samples. The me...
The core-logger PHAROS was designed at Kernfysisch Versneller Instituut, Groningen, the Netherlands ...
Monitoring large (underwater) surfaces, with rapidly varying composition, requires a sampling densit...
In order to solve the problem of continuous or periodic monitoring of water areas affected by radioa...
The effects of sediment water content and bulk density on measurements of in-situ environmental gamm...
Soil porosity (ϕ) is of a great deal for environmental studies due to the fact that water infiltrate...
Sedimentation can cause numerous problems in rivers, estuaries, harbors, and coastal areas. It is th...
Activity measurements on sediment samples for trapped-charge geological dating using gamma-ray spect...
Factors to convert the count rate of a NaI(Tl) scintillation detector to the concentration of radioa...
Monitoring large (underwater) surfaces, with strongly varying composition, requires a sampling densi...
Natural gamma ray measurements are made routinely during core logging using the physical property mu...
A nuclear gage for measuring sediment density in place is being developed under an Atomic Energy Com...
The feasibility of using multiple gamma-ray beams to identify the type of flow regime has been demon...
A joint research project between the British Geological Survey and Nuclear Geophysics Division of th...