Sentence examples for dispersion test from inspiring English sources

Treated powders are characterized with XPS and some quick tests for the assessment of the wettability of the powder, like a dispersion test in water.

For this purpose, a Taylor dispersion test in a capillary tube has been performed while suspended magnetic nanoparticles (MNPs) are subjected to both magnetic field and low Re shear flow field.

The dynamics of SDF were assessed after thawing (T0) and at 4, 24, 48, 72 and 96 h of incubation at 37 °C, using the commercial variant of the sperm chromatin dispersion test for Bovine (Halomax®).

Cation exchange capacity of the samples was determined by methylene blue method and hot roll dispersion test in a water based drilling fluid was carried out to experimentally confirm the results.

To determine the frequency of sperm cells with fragmented DNA in semen samples from men with genitourinary infection by Chlamydia trachomatis and Mycoplasma and the influence of antibiotic therapy, using the sperm chromatin dispersion test with the Halosperm kit.

Several technologies can be applied in the evaluation of SDF, but given the ease and low costs, the sperm chromatin dispersion test (SCD) has emerged as a promising standard.

The Army Chemical Corps sprayed the compound in dispersion tests to determine how biological weapons might spread if used in various environments, seeking data both on how to use such weapons and on how to defend against them.

In the paper the advantages of CFD simulations for planning wind tunnel dispersion tests are discussed.

High ductility is most likely due to enhanced workability and fiber dispersion performance which is attributed to the oxidized grain surface of slag, as verified by fiber dispersion tests.

Evidence that functionalization has actually occurred on the SWCNT sidewalls is furnished through investigations involving several complementary techniques (visual dispersion tests, transmission electron microscopy, thermal gravimetric analysis and adsorption volumetry).

The use of in vitro methods including dispersion tests and more complex models of in vitro lipolysis as indicators of potential in vivo performace are subsequently described, with particular focus on recent data which suggests that the digestion of surfactants present in lipid-based formulations may impact on formulation performance.