The paper deals with the main principles of determination of particle size distribution using Mastersizer 2000, Malvern Instruments Ltd., UK. On the example of several problems we have demonstrated that the method is not a routine one and that the measurement procedure is not limited to entering a sample into the dispersion unit and pressing the button. Furthermore, we have shown that the sample preparation method and, therefore, the accuracy of results conclusively depend on physical and chemical properties of the analyzed materials
Abstract: Particle size distribution is a fundamental property of any sediment or soil, and particle...
Laser diffraction spectrometry is an optical technique that uses information from the scattered ligh...
The use of laser diffraction for the particle size distribution analysis of the sub-63 μm fraction o...
The paper deals with the main principles of determination of particle size distribution using Master...
Laser Diffraction is widely used for the characterization of particle size distributions of powders....
AbstractThis paper deals the determination of the particle size distribution of a material nominally...
peer reviewedThis paper highlights the fact that particle size distribution (PSD) is not unique for ...
A systematic study has been described on the laser diffraction (LD) and static image analysis (SIA) ...
AbstractManufacturing of particulate products across many industries relies on accurate measurements...
The need to know precise particle size distributions for a variety of applications has led to the de...
In the present work, the question how to obtain high-quality laser diffraction (LD) results is discu...
Particle size is an important variable, especially in the pharmaceutical industry, since this is one...
Manufacturing of particulate products across many industries relies on accurate measurements of part...
This paper describes a research programme undertaken with a view to solving a serious industrial pow...
M.Sc. (Geology)Abstract: Particle size and shape are the most important properties when dealing with...
Abstract: Particle size distribution is a fundamental property of any sediment or soil, and particle...
Laser diffraction spectrometry is an optical technique that uses information from the scattered ligh...
The use of laser diffraction for the particle size distribution analysis of the sub-63 μm fraction o...
The paper deals with the main principles of determination of particle size distribution using Master...
Laser Diffraction is widely used for the characterization of particle size distributions of powders....
AbstractThis paper deals the determination of the particle size distribution of a material nominally...
peer reviewedThis paper highlights the fact that particle size distribution (PSD) is not unique for ...
A systematic study has been described on the laser diffraction (LD) and static image analysis (SIA) ...
AbstractManufacturing of particulate products across many industries relies on accurate measurements...
The need to know precise particle size distributions for a variety of applications has led to the de...
In the present work, the question how to obtain high-quality laser diffraction (LD) results is discu...
Particle size is an important variable, especially in the pharmaceutical industry, since this is one...
Manufacturing of particulate products across many industries relies on accurate measurements of part...
This paper describes a research programme undertaken with a view to solving a serious industrial pow...
M.Sc. (Geology)Abstract: Particle size and shape are the most important properties when dealing with...
Abstract: Particle size distribution is a fundamental property of any sediment or soil, and particle...
Laser diffraction spectrometry is an optical technique that uses information from the scattered ligh...
The use of laser diffraction for the particle size distribution analysis of the sub-63 μm fraction o...