Examples of 'laser diffraction' in a sentence
Meaning of "laser diffraction"
Laser diffraction is a technique used to measure the size of particles in a sample. It involves passing a laser beam through the sample and analyzing the diffraction pattern produced. This method is commonly used in fields such as materials science, pharmaceuticals, and environmental monitoring to determine the particle size distribution
How to use "laser diffraction" in a sentence
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laser diffraction
Measurements obtained using laser diffraction are preferred.
Laser diffraction is based on the angular distribution of scattered light.
Particle size measurement by means of laser diffraction.
Forward laser diffraction method.
Particle size distribution is determined by laser diffraction.
This can be measured by laser diffraction as described herein.
Particle size distribution was measured by laser diffraction.
Determined by laser diffraction granulometry.
The measurements were obtained using laser diffraction.
Laser diffraction analysers do not only measure simple diffraction effects.
All above values are measured by laser diffraction.
This is the most common laser diffraction particle size measurement.
The particle sizes are determined by laser diffraction.
The change in the laser diffraction pattern of the cells was recorded.
This was confirmed by dry cell laser diffraction.
See also
Laser diffraction techniques can be used to determine particle geometric diameter.
Suitable methods are light scattering or laser diffraction.
Laser diffraction technique is used to measure the size of the particles.
Sarcomere length is measured by laser diffraction.
Application of laser diffraction to particle size analysis of pigments used in paper industry.
The measurements can be performed using laser diffraction.
Sarcomere length was measured by laser diffraction techniques and controlled by a servomotor system.
The size of the particles was measured by laser diffraction.
The granulometry is measured by laser diffraction using the zeolite suspended in water.
Particle size distributions determined with laser diffraction.
Such apparatus uses a technique of laser diffraction to measure the size of particles.
The particle size parameters were measured by laser diffraction.
The change in the laser diffraction of the RBCs in this setting is recorded.
Particle size is measured by conventional laser diffraction methods.
Any laser diffraction method that would give an accurate result can be used.
Determination of particle size using laser diffraction and microscopy.
Laser diffraction is a powerful technique for measuring particle size rapidly and with statistical significance.
The grain size analysis was carried out by laser diffraction.
Grain size was measured by laser diffraction with dry method sample insertion.
The equivalent volumetric diameter is preferably measured by laser diffraction.
As measured by laser diffraction.
The determination has been performed by a method based on laser diffraction.
Particle size was determined using laser diffraction methods known in the art.
Particle size of the feed suspension was analyzed by laser diffraction.
The median diameter is determined by laser diffraction particle size diameter distribution measurement.
The volume mean diameter was determined with laser diffraction.
The measurement device may comprise a laser diffraction measurement or an aerodynamic particle sizer.
Aggregation dynamics were followed with jar tests and laser diffraction.
Mie theory is often applied in laser diffraction analysis to inspect the particle sizing effect.
The particle size may be calculated by a laser diffraction method.
Laser diffraction was chosen as the final analytical method for measuring the PSD.
Average compartment dimensions as determined by laser diffraction are given below.
A Malvern Laser Diffraction instrument was used to characterize the particle size distribution of ezetimibe.
As measured using laser diffraction.
The particle size distribution of the suspending particles was determined by laser diffraction.
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