Sentence examples for dissolution capacity from inspiring English sources

The dissolution capacity of some additives was evaluated for two asphaltenic deposits in aliphatic solvents.

The washing solution formulation was optimised in the laboratory prior to the test to obtain good dissolution capacity.

The dissolution capacity of the CSSA is less than 10% of the possible amount of CO2 stored by the ordinary CCS technique in which CO2 is stored in the supercritical condition.

We postulate that the lack of dissolution capacity or reacting activity under tension can be due to the hampering of local conformational movements, cellulose chains being not able to perform axial movements.

A conceptual design for the CSSA have been performed and the fundamental calculations in this study show that the dissolution capacity, that is, the amount of CO2 which can be dissolved into unit volume of water in a shallow aquifer is 10 35 kg-CO2/m3 kg-CO2/m3nge of the storage depth of 100–500 m.

Recently, we demonstrated that micro-electrical activated NaOCl increased the tissue dissolution capacity of the solution [ 14].

The second section shows examples of how specific interactions with solutes affect reactions and other processes, regarding e.g. the rate of reaction, yields, extraction efficiencies, dissolution capacities of biofeeds, and selectivity in crystal framework formation.

Carbon additives of different surface area were incorporated in LixMn2O4 composite cathodes and their effects on the extent of solvent oxidation, spinel dissolution and capacity losses in 4 V cells were investigated.

Despite many advantages associated with Li S battery, it is hard to be applied to commercial-scale production owing to its shuttle effect, insulating nature, agglomeration of sulfur, polysulfide dissolution and fast capacity decay during charge discharge process.

The purpose of this study was to develop poly amidoamine) (PAMAM -functionalized multi-walled carbon nanotubes (MWNTs) loaded with a PAMAM -functionalizeddrug, intended to improve the drug-loading capacity, dissolution and design a sustained release system.

The formation of irreversible spinel phase and manganese dissolution are responsible for capacity fading.