2010International AgrophysicsRequires access

Determination of particle size distrubution of soil using laser diffraction - comparison with areometric method

Magdalena Ryżak, Andrzej Bieganowski

Open publisher page 41 citations

Abstract

A b s t r a c t. The paper presents a comparison of particle size distributions of 23 mineral soils from SE Poland obtained by the laser diffraction and aerometric methods. There is good, statistically significant correlation between particle size distribution measured by aerometric and laser diffraction methods. The correlation is better when the results are compared for the same type of soil and for coarser fraction (sand). K e y w o r d s: mineral soils, particle size distribution, laser diffraction, areometric method

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What this paper is about

A b s t r a c t. The paper presents a comparison of particle size distributions of 23 mineral soils from SE Poland obtained by the laser diffraction and aerometric methods. There is good, statistically significant correlation between particle size distribution measured by aerometric and laser diffraction methods. The correlation is better when the results are compared for the same type of soil and for coarser fraction (sand). K e y w o r d s: mineral soils, particle size distribution, laser diffraction, areometric method

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Available abstract

A b s t r a c t. The paper presents a comparison of particle size distributions of 23 mineral soils from SE Poland obtained by the laser diffraction and aerometric methods. There is good, statistically significant correlation between particle size distribution measured by aerometric and laser diffraction methods. The correlation is better when the results are compared for the same type of soil and for coarser fraction (sand). K e y w o r d s: mineral soils, particle size distribution, laser diffraction, areometric method

Key concepts: Diffraction, Particle-size distribution, Particle size, Soil water, Laser, Mineralogy, Analytical Chemistry (journal), Particle (ecology)

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