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Laser diffraction particle size distribution analysis of filter catch was used to estimate PM2.5 emissions.
Laser diffraction particle size distribution analysis was used to estimate PM2.5 emissions.
The particle size distribution in obtained fractions and initial suspensions were measured with laser diffraction particle sizer.
MgSnO3 particles were investigated using XRD, SEM, and laser diffraction particle size analysis (Coulter LS 13 320).
The microspheres size and size distribution were analyzed by a laser diffraction particle size analyzing method using ZETASIZER.
Their self-assembling ability in aqueous solution was analyzed by circular dichroism, ultrafiltration, and laser diffraction particle size estimation.
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We also present laboratory analysis of the grain-size characteristics of the deposit using the mechanical sieving method and laser diffraction particle-size analyzer, and component analysis by microscope and X-ray powder diffractometer (XRD).
The grains that were finer than 3φ were classified by a laser diffraction particle-size analyzer under wet dispersion conditions, using the Sympatec HELOS & RODOS systems (Clausthal-Zellerfeld, Germany).
A laser diffraction particle-size analyzer is effective for detecting different-sized ultrafine particles (particles with an aerodynamic diameter of < 100 nm) in water, but this method is not material specific.
Particle size/size distribution analysis was made with a laser-diffraction particle sizer (Model LA-920, Horiba Scientific, Kyoto), after ultrasonically dispersing the oxide powder in ethanol.
Plankton samples were analyzed by laser-diffraction particle-size scanning (LDA) and microscopy of aggregates.
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