The use of laser diffraction for the particle size distribution analysis of the sub-63 μm fraction of soil samples is described. Each sub-63 μm fraction was obtained from the wet sieving of 1500 mg of whole soil. Using similarity probabilities, the data obtained, when combined with other information from wet sieving and/or organic matter content, will enable the correct identity of a given soil sample with that of an unknown to be made. Although the sub-63 μm fraction can account for 450 mg or more of the total soil content, analyses of this fraction can be conducted on sample sizes as small as 100 mg
Wet sieving, laser diffraction, Coulter counting, and microscopical image analysis are compared as p...
<div><p>Mathematical descriptions of classical particle size distribution (PSD) data are often used ...
The comparison of particle size distributions measured by sedimentation methods and laser diffractio...
The use of laser diffraction for the particle size distribution analysis of the sub-63 μm fraction o...
The use of laser diffraction for the particle size distribution analysis of the sub-63 μm fraction o...
Results of the performed preliminary particle size determination (PSD) experiments of soils show the...
Laser diffraction analysis is a fast, reliable and automated method that provides detailed and highl...
Laser diffraction analysis is a fast, reliable and automated method that provides detailed and highl...
<p>(A) Sandy soil. (B) Clay soil. Data were obtained from particle size measurement by a laser diffr...
The standard sieving, pipette and hydrometer methods for soil particle size analysis (PSA) have thre...
Abstract: Particle size distribution is a fundamental property of any sediment or soil, and particle...
none7noLaser diffraction analysis is a fast, reliable and automated method that provides detailed an...
Wet sieving, laser diffraction, Coulter counting, and microscopical image analysis are compared as p...
Wet sieving, laser diffraction, Coulter counting, and microscopical image analysis are compared as p...
Wet sieving, laser diffraction, Coulter counting, and microscopical image analysis are compared as p...
Wet sieving, laser diffraction, Coulter counting, and microscopical image analysis are compared as p...
<div><p>Mathematical descriptions of classical particle size distribution (PSD) data are often used ...
The comparison of particle size distributions measured by sedimentation methods and laser diffractio...
The use of laser diffraction for the particle size distribution analysis of the sub-63 μm fraction o...
The use of laser diffraction for the particle size distribution analysis of the sub-63 μm fraction o...
Results of the performed preliminary particle size determination (PSD) experiments of soils show the...
Laser diffraction analysis is a fast, reliable and automated method that provides detailed and highl...
Laser diffraction analysis is a fast, reliable and automated method that provides detailed and highl...
<p>(A) Sandy soil. (B) Clay soil. Data were obtained from particle size measurement by a laser diffr...
The standard sieving, pipette and hydrometer methods for soil particle size analysis (PSA) have thre...
Abstract: Particle size distribution is a fundamental property of any sediment or soil, and particle...
none7noLaser diffraction analysis is a fast, reliable and automated method that provides detailed an...
Wet sieving, laser diffraction, Coulter counting, and microscopical image analysis are compared as p...
Wet sieving, laser diffraction, Coulter counting, and microscopical image analysis are compared as p...
Wet sieving, laser diffraction, Coulter counting, and microscopical image analysis are compared as p...
Wet sieving, laser diffraction, Coulter counting, and microscopical image analysis are compared as p...
<div><p>Mathematical descriptions of classical particle size distribution (PSD) data are often used ...
The comparison of particle size distributions measured by sedimentation methods and laser diffractio...