AbstractIn this study the use of a first generation computed tomography (CT) scanner to evaluate changes in total porosity and bulk density of a porous medium (a soil sample) submitted to wetting and drying (W–D) cycles is presented. In nature, soils are commonly submitted to W–D cycles as they are exposed to the hydrologic cycle. Also, a large number of procedures conducted at laboratory levels frequently expose soils to W–D cycles. The methodology using the CT technique was applied to investigate a Brazilian clayey soil submitted to consecutive W–D cycles. The obtained results showed that the use of CT permitted a detailed evaluation of important changes in soil bulk density and total porosity due to these cycles, something that cannot be...
AbstractUnderstanding variability of porous media is important for initiating land management strate...
AbstractA critical hydraulic parameter for geomedia is the saturated hydraulic conductivity. This pr...
Modern agricultural practices can cause significant stress on soil, which ultimately has degrading e...
AbstractIn this study the use of a first generation computed tomography (CT) scanner to evaluate cha...
AbstractA gamma-ray computed tomography (CT) scanner was used to evaluate changes in the structure o...
Compaction processes can influence soil physical properties such as soil density, porosity, pore siz...
This study aims to use γ-ray computed tomography images to define the representative elementary area...
Compaction processes can influence soil physical properties such as soil density, porosity, pore siz...
We demonstrate the application of a high-resolution X-ray Computed Tomography (CT) method to quantif...
We demonstrate the application of a high-resolution X-ray Computed Tomography (CT) method to quantif...
Understanding the dynamics of water distribution in soil is crucial for enhancing our knowledge of m...
The characterization of soil pore space geometry is important for explaining fluxes of air, water, a...
The soil water retention curve is one of the most important properties used to predict the amount of...
Current world-wide pressures on farming production can be ameliorated by a more efficient use of agr...
ABSTRACT. A first generation gamma-ray computed tomography (CT) equipped with a 137Cs source was use...
AbstractUnderstanding variability of porous media is important for initiating land management strate...
AbstractA critical hydraulic parameter for geomedia is the saturated hydraulic conductivity. This pr...
Modern agricultural practices can cause significant stress on soil, which ultimately has degrading e...
AbstractIn this study the use of a first generation computed tomography (CT) scanner to evaluate cha...
AbstractA gamma-ray computed tomography (CT) scanner was used to evaluate changes in the structure o...
Compaction processes can influence soil physical properties such as soil density, porosity, pore siz...
This study aims to use γ-ray computed tomography images to define the representative elementary area...
Compaction processes can influence soil physical properties such as soil density, porosity, pore siz...
We demonstrate the application of a high-resolution X-ray Computed Tomography (CT) method to quantif...
We demonstrate the application of a high-resolution X-ray Computed Tomography (CT) method to quantif...
Understanding the dynamics of water distribution in soil is crucial for enhancing our knowledge of m...
The characterization of soil pore space geometry is important for explaining fluxes of air, water, a...
The soil water retention curve is one of the most important properties used to predict the amount of...
Current world-wide pressures on farming production can be ameliorated by a more efficient use of agr...
ABSTRACT. A first generation gamma-ray computed tomography (CT) equipped with a 137Cs source was use...
AbstractUnderstanding variability of porous media is important for initiating land management strate...
AbstractA critical hydraulic parameter for geomedia is the saturated hydraulic conductivity. This pr...
Modern agricultural practices can cause significant stress on soil, which ultimately has degrading e...