The aim of this paper was to show how the shape of sand particles affects the results of particle size distribution obtained by the laser diffraction method. On the basis of the results obtained one can conclude: the shape of the investigated particles influences particle size distribution obtained by the laser diffraction method. This phenomenon occurs in the sand fraction, as shown in our investigation. The importance of this effect depends on the type of the measured material and on the aim of the investigations. For most researchers in soil science and sedimentology who investigate sand fractions, this impact can be negligible. Further investigations with other soil and sediment fractions are needed
Abstract: Particle size distribution is a fundamental property of any sediment or soil, and particle...
none3The Shiozawa and Campbell Gaussian bimodal model describes the particle size distribution (PSD)...
The Shiozawa and Campbell Gaussian bimodal model describes the particle size distribution (PSD) in s...
For many years papers have been published showing differences between sedimentation-based methods ag...
For many years papers have been published showing differences between sedimentation-based methods ag...
For many years papers have been published showing differences between sedimentation-based methods ag...
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...
The use of laser diffraction for the particle size distribution analysis of the sub-63 μm fraction o...
none7noLaser diffraction analysis is a fast, reliable and automated method that provides detailed an...
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...
The comparison of particle size distributions measured by sedimentation methods and laser diffractio...
<p>(A) Sandy soil. (B) Clay soil. Data were obtained from particle size measurement by a laser diffr...
Results of the performed preliminary particle size determination (PSD) experiments of soils show the...
Abstract: Particle size distribution is a fundamental property of any sediment or soil, and particle...
none3The Shiozawa and Campbell Gaussian bimodal model describes the particle size distribution (PSD)...
The Shiozawa and Campbell Gaussian bimodal model describes the particle size distribution (PSD) in s...
For many years papers have been published showing differences between sedimentation-based methods ag...
For many years papers have been published showing differences between sedimentation-based methods ag...
For many years papers have been published showing differences between sedimentation-based methods ag...
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...
The use of laser diffraction for the particle size distribution analysis of the sub-63 μm fraction o...
none7noLaser diffraction analysis is a fast, reliable and automated method that provides detailed an...
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...
The comparison of particle size distributions measured by sedimentation methods and laser diffractio...
<p>(A) Sandy soil. (B) Clay soil. Data were obtained from particle size measurement by a laser diffr...
Results of the performed preliminary particle size determination (PSD) experiments of soils show the...
Abstract: Particle size distribution is a fundamental property of any sediment or soil, and particle...
none3The Shiozawa and Campbell Gaussian bimodal model describes the particle size distribution (PSD)...
The Shiozawa and Campbell Gaussian bimodal model describes the particle size distribution (PSD) in s...