Examples of 'median particle size' in a sentence
Meaning of "median particle size"
Median particle size is a metric used to describe the size distribution of particles in a sample. It represents the value that divides the sample into two equal halves, with 50% of the particles being larger and 50% being smaller. The median particle size is often determined through particle size analysis techniques such as laser diffraction, sedimentation, or microscopy. It is commonly used in various industries, including pharmaceuticals, mining, and materials science, to characterize particulate materials
How to use "median particle size" in a sentence
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median particle size
The median particle size is then determined.
The particles have a first median particle size.
The median particle size is a value measured by laser diffractometry.
The sample was then sonicated for thirty seconds and another median particle size was determined.
Median particle size is listed for some of the suspensions.
The data also shows that median particle size increases with reducing temperature.
Thus, all particle sizes listed above represent a median particle size.
Mode and median particle size was calculated for all samples.
The process results in the lipid component having the median particle size described herein above.
A decrease in median particle size increases the adhesion force between drug and carrier particles.
The resulting chip was classified to a median particle size of approximately 40 microns.
The median particle size of the powder was measured by Malvern particle sizer.
After about five minutes, the median particle size was determined.
The median particle size was determined using a Horiba light scattering device.
The resins are dry ground to a median particle size of about 30 microns before mixing.
See also
The median particle size of the milled alumina was determined using a Malvern Mastersizer instrument.
In one embodiment, the particle size is determined on the basis of median particle size.
Alumina having a median particle size of about 3 um.
Median particle size was also determined with light scattering ( near forward scattering ).
After blending until the desired median particle size is reached, the granules are dried.
The 50th percentile value indicates a particle diameter for the median particle size.
Milled powders with a median particle size as low as 1 micron can be produced.
By D50 is understood in the present application the median particle size diameter.
Median particle size is denoted by Xm, where m is a percentage of the particle size distribution.
The substantially solid particles have a second median particle size ranging from 1 to 5 microns.
The median particle size was determined by laser diffraction ( Helos ) dispersing the particles in air.
Nanoparticles may have a median particle size of at least 10 nm.
The median particle size for the powder should be below 20 microns.
D50 is also referred to as the median particle size.
A suitable median particle size is 11 microns or greater.
Conventionally, a pigment is a powder whose median particle size is less than 50 um.
The resulting median particle size of the block copolymer particles was 16 µm.
The extrudate is pulverized and ground to a median particle size of 23 microns.
The median particle size for the quartz and the sodalite was about 1.2 mm.
The resulting spherical primary particles had a median particle size of 146 µm.
In another embodiment the median particle size of the cavitating agent is at least 3.2 microns.
The product comprised spherical particles with a median particle size of 120 microns.
As used herein, the median particle size is the same as the d50 particle size.
Preferably, the strongly scattering mineral powder has a median particle size of between 1 and 3 um.
The median particle size of the particles is therefore from greater than 0.8 microns to 1 micron.
Preferably, they have a median particle size of less than 50 microns.
The median particle size of the powder was 1.9 micrometer as measured by Malvem particle sizer.
In these cases, the CaCO3 used had a median particle size of about 2 microns.
The median particle size is about 48 microns and the mean particle size is about 53 microns.
The particle size is monitored over time to attain a final median particle size of 4-5 microns.
A particularly suitable median particle size is about 50 microns or greater.
This premix was then passed through a media mill to provide a median particle size of 13.7 microns.
For determining the weight median particle size d 50 value a Sedigraph can be used.
Median Particle Size - is a number weighted median measured by electron microscopy ( TEM ).
In one embodiment, the first voiding agent preferably has a median particle size of 1 to 5 microns.
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