Examples of 'granulometer' in a sentence
Meaning of "granulometer"
Granulometer is a device used to measure the size of particles in a granular material. It is commonly used in material science and geology
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- A device used in granulometry
How to use "granulometer" in a sentence
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granulometer
Such particle sizes are measured with a laser granulometer.
Examples of this type of granulometer with the measuring criteria used are given below,.
Such a granulometric curve may be produced using a laser granulometer.
Laser granulometer intended to measure the size of the agglomerates as the flow passes ; and.
Changes in the diameter of the particles were monitored using a granulometer.
The granulometer measures a volumetric and numerical particle size distribution ; the numerical mean is retained.
This parameter is described especially in the technical documentation of the granulometer.
The granulometer used may be, for example, of the Sympatec or Malvern type.
The evolution in the diameter of the particles was monitored using a granulometer.
The laser granulometer used for the examples is a Partica LA-950 from the company HORIBA.
The homogeneous liquid mixture obtained above was placed in a granulometer to evaluate granularity.
The particle size distribution in the suspension is determined using a laser granulometer.
Diameter refers to the particle size measured with a laser granulometer as described above.
The percentiles may be determined by means of a particle size distribution performed using a laser granulometer.
This solution is then introduced into a Coulter granulometer ( or laser diffractometer ).
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The percentiles may be determined with the aid of a granulometric distribution produced using a laser granulometer.
The test is carried out by using a laser beam granulometer ( Malvern Mastersizer ).
The particle size characteristics of the oxide produced were determined by analysis with a CILASRTM granulometer.
The median diameter is determined by means of a laser granulometer of the type Coulter LS 100.
The size of the particles is determined by laser diffraction using a HELOS SYMPATEC ® model granulometer.
Preparation of the Granulometer.
The granulometric measurement is then effected by means of a SEDIGRAPH granulometer.
This device essentially comprises a sample preparer, a laser granulometer and a treatment cell.
Granulometric measurements were carried out using a diffraction laser on a SYMPATEC granulometer.
The granulometry of the suspensions is determined using a Sedigraph ™ 5100 granulometer from the company Micromeritics.
Particle size metering is via laser diffraction on a SYMPATEC granulometer.
The granulometric measurement is carried out by laser diffraction on a MALVERN granulometer ( Mastersizer 2000 ).
The granulometric measurement is carried out by laser diffraction on a SYMPATEC granulometer.
The average diameter of the particles is measured using a CILAS type laser granulometer ( CILAS HR 850 ).
The particle size measurement is performed by laser scattering on a Sympatec granulometer.
The emulsion is observed under an optical microscope and with a Horiba granulometer.
The particle size measurement is then carried out using a Sedigraph granulometer.
The particle size measurement is carried out by means of laser scattering on a Sympatec granulometer.
They were pre-suspended in isopropanol and then injected into the granulometer.
Throughout the description, the sizes given are measured using a CILAS granulometer.
The granulometry curves of the different powders are obtained using a Malvern MS2000 laser granulometer.
The particle size measurements were carried out using a BECKMANN COULTER IS 230 laser granulometer.
This is the mean diameter D ( 3.2 ), which may be measured especially using a laser granulometer.
Deaggregate for 5 minutes 30 seconds . ii Preparation of the Granulometer.
A portion of sample 2 was analyzed with a Cilas 715 Granulometer.
The particle sizes of the suspensions were measured with a Cilas ( R ) granulometer 850.
