Sentence examples for by a dispersion process from inspiring English sources

Amine end-capped polyaryletherketones (PAEKs) are available by a dispersion process using a protection-deprotection strategy with an end-capping aminoaromatic derivative which adds no further steps to the dispersion polymerisation method.

Monodisperse PS nanospheres were initially synthesized by a dispersion polymerization process and their surface was modified using concentrated sulfuric acid.

A range of particulate polyaryletherketone polymers and copolymers, incorporating ether-imide, sulfone, naphthalene, and aliphatic functionalities, along with branching monomers, may be successfully produced by a dispersion polymerisation process, provided that the reaction parameters are optimised.

Samples of the chrysotile taken during and after treatment by the wet dispersion process have been tested for their cytotoxic effect in vitro and the results compared with both a UICC chrysotile A sample and a dust prepared from a standard chrysotile textile yarn.

However, more recent reports indicate that these benefits were mostly contributed by dispersion processes, the "A" and "B" terms.

First, flow visualization is performed illustrating the highly transient flow and dispersion process dominated by a flapping jet with pronounced Kelvin–Helmholtz instabilities.

The time is normalized by the time of the dispersion process, which is the time period from the moment that gas is introduced to the moment that the agglomerate reaches the top boundary.

Differences observed between NO and NO2 concentrations could not be accounted for by dispersion processes alone, suggesting that there may also be some changes in the chemistry of the atmosphere associated with the presence of leaves on the trees.

The influence of the injection nozzle on the dispersion process of a combustible dust in the 20 L sphere is established by developing a descriptive analysis.

Numerical simulation of continuous release and dispersion process of carbon dioxide in a ventilated room was carried out by FLUENT with Computational Fluid Dynamic (CFD) method.

To characterize the dispersion process of dust cloud, visualization experiments were conducted by using a transparent Siwek 20-L chamber.