Sentence examples for minimal particle size from inspiring English sources

A formulation with maximum entrapment efficiency and minimal particle size was optimized by central composite design (CCD) based on mean particle size, and entrapment efficiencies as responses.

The maximal volume of specific surface area at 350°C (Figure 4) indicates that this annealing temperature is more optimal for obtaining powders with minimal particle size and free carbon content.

In accordance with the results of experiments, temperature 350°C has been considered the more promising one for obtaining of Ni/NiO nanopowders with minimal particle size and free carbon content.

Dependences of ammonia content on free carbon concentration and specific surface area (Figure 16) show that ammonia concentration of 9.55 mol/mol Ni2+ was optimal to obtain powders with minimal particle size and free carbon content.

In cells or tissues, the minimal particle size that can be detected is around 20 nm, depending on the electron density of the nanoparticles (De Jong et al. 2010).

In accordance with results of experiments, temperature 350°C has been considered the more promising one for obtaining of Ni/NiO nanopowders with minimal particles size and free carbon content.

The IrxRu1−xO2 coating with x = 0.5 showed a minimal nanocrystalline particle size and a maximum surface charge (q*).

14 Meanwhile, the groups of Nikles and Markovic both stated that heat treatment of oleylamine-capped platinum nanoparticles at 185 °C in air was sufficient to activate them for electro- oxidation reactions, whilst inducing minimal changes in particle size.

In this case, minimal grain size (minimal size of particles that was used for forming of multilayered ceramic capacitor (MLCC) electrode) corresponds to minimal aggregate size, and particle size distribution obtained from SEM is more promising for estimation of powder suitability for MLCC electrode manufacturing.

Sonication power had minimal effect on mean particle size, however, it significantly reduced polydispersity.

These results indicated that ingestive behavior of dry cow affected on eating time and ruminal volume, and it might have caused the higher ruminal liquid and particulate passage rate in treatment G compare to treatment C, with minimal effect on the particle size of digesta to pass from the rumen.