Examples of 'mean particle diameter' in a sentence
Meaning of "mean particle diameter"
This phrase pertains to a statistical measure used to describe the average size of particles in a sample or population. It calculates the arithmetic mean of the diameters of individual particles. The mean particle diameter is commonly employed in fields such as material science, chemistry, and engineering to characterize particle size distributions and analyze the physical properties of granular materials
How to use "mean particle diameter" in a sentence
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mean particle diameter
The results were expressed in mean particle diameter.
Mean particle diameter for selected experimental conditions.
Eight scans were performed and mean particle diameter data was determined.
A mean particle diameter within such a range is thus desirable.
The measurement results of the aripiprazole monohydrate mean particle diameter were as follows.
Is the mean particle diameter.
The specific turbidity varies linearly with the inverse of the mean particle diameter.
Mean particle diameter.
The particle size distribution and the mean particle diameter are measured with a Coulter counter.
Mean particle diameter was determined using quasielastic laser light scattering.
A Malvern Mastersizer was used to measure the mean particle diameter.
The mean particle diameter is determined by means of dynamic light scattering.
Ground quartz having a mean particle diameter of 5 um.
The mean particle diameter was the most important of the particle properties.
These powders have been characterized by a mean particle diameter equal to,.
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The aerodynamic mean particle diameter can be measured by a conventional method.
Parts by weight of lithopone having a mean particle diameter of 1 micron.
The geometric mean particle diameter and standard deviation are determined.
Parts by weight of a diatomaceous silica having a mean particle diameter of 5 microns ;.
The mean particle diameter of the resin can vary within wide limits.
Parts of calcium carbonate having a mean particle diameter of 5 micrometers, and.
The mean particle diameter is preferably established by classifications measured on dry vibrating screens.
Parts by weight of calcium carbonate having a mean particle diameter of 5 microns.
The volume mean particle diameter are easily obtained from the data generated by the instrument.
The silica obtained was then ground to produce a mean particle diameter of 3 microns.
The mean particle diameter of pigment particles thus obtained was 5 µm or less.
The particle for use of claim 1, wherein said particle has a mean particle diameter.
The mean particle diameter of the palladium colloid particles was about 4 nm.
Also, the particle diameter measuring device 6 automatically calculates the mean particle diameter.
Finally, the mean particle diameter is calculated, considering each particle to be spherical.
The profile obtained characterises the samples homogeneity, concentration and mean particle diameter.
The mean particle diameter of pigment particles obtained by this main dispersion was 60 nm.
EPMATHMARKEREP where, d p is the mean particle diameter.
A mean particle diameter larger than 1 µm results in a smaller effect of anti-caking.
AZAG particles are irregular in shape and have a mean particle diameter of about 2 microns.
The mean particle diameter of the sodium hydrogencarbonate is more preferably at most 8 µm.
The PHA agglomerates preferably have a volume mean particle diameter of not less than 20 µm.
Mean particle diameter was determined using quasielectric laser light scattering ( QELS ).
The dispersion particles ( D ) have a mean particle diameter ranging from several tens nm to several µm.
Mean particle diameter at this time was 91 µm.
Parts of ground quartz having a mean particle diameter of 5 um ;.
The volume mean particle diameter was measured by a method similar to that of Example 90.
Parts of ground quartz having a mean particle diameter of 5 micrometers, and.
The mean particle diameter of the emulsion was 77 nm.
A distance of at most 30 times the mean particle diameter is very suitable.
The volume mean particle diameter D50 is determined by the method described below.
Parts of rutile-type titanium dioxide having a mean particle diameter of 8 um ;.
The mean particle diameter of the liposomes was not greater than 30 nm.
The process produced particles mean particle diameter of approximately 170nm.
The mean particle diameter of the lubricating powder is no more than 2.0 microns.
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