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The microspheres size and size distribution were analyzed by a laser diffraction particle size analyzing method using ZETASIZER.
The particle size and drug-loading rate of all the samples were determined by a laser diffraction particle size analyzer and high performance liquid chromatography (HPLC) system.
In order to better understand the mechanisms of nano-microbubble enhanced froth flotation of fine and ultrafine chalcopyrite particles, the nano-microbubble size distribution, stability and the effect of frother concentration on nanobubble size were also studied by a laser diffraction method.
Particle size distributions were determined by a laser diffraction technique (Malvern Mastersizer 2000, Malvern Instruments, Worcester, UK).
The particle size of the CML T composites was determined by a laser diffraction apparatus (Malvern Instruments Ltd ,Zetasizer version 6.2, UK).
The sizes of micelles were measured by a laser diffraction method using a Zetasizer version 6.00 (Malvern Instruments Ltd., Worcestershire, UK) at 300 K.
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The particle/agglomerate size of samples was measured by means of a laser diffraction analyser HELOS/KR (SympaTec, Clausthal-Zellerfeld, Germany) using the combination of MIEE and Fraunhofer theory for calculation.
The flammable region of a widely-used commercial heat transfer fluid, Paratherm NF (P-NF), was analyzed by electro-spray generation with a laser diffraction particle analysis method.
The measured PSD compares favourably to the ones measured by a Next Generation Impactor, cooled prior to measurement, and by laser diffraction analysed by the Mie theory.
Particle-size distribution analysis by the sieve pipette and by laser diffraction corroborate that all the samples were assigned to the same textural class.
The particle sizes of samples before and after wet milling were evaluated by the laser diffraction method using a BT-9300S laser particle size analyzer (Dandong, China).
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