Sentence examples for dissolution resistance from inspiring English sources

The ionic KO bond of K2TP could further enhance its dissolution resistance against non-polar electrolyte.

The chemical dissolution resistance of the pore-sealed anodic oxide films in an oxalic acid solution was also examined by measuring time-variations in rest potentials during immersion.

This paper presents a duplex surface treatment approach for dissolution resistance that consists of nitrided hot working die steel substrate coated by multi-layer titanium-based coatings applied by the large area filtered arc deposition technique.

Although the crosslinking reduced the swelling of the strut material in water, the collagen HA matrix as a whole tended to swell more and show higher dissolution resistance than pure collagen samples.

The pyrogallol group-mediated cross-linking and the nanofibrous structures improved the dissolution resistance and cohesion strength of the hydrogel compared to the amorphous polymeric hydrogels in wet condition.

The influence of nitrogen extended the whole anodic polarization region in 0.5 M H2SO4 + 0.5 M NaCl solution, as demonstrated by the enhanced dissolution resistance, promoted adsorption and passivation process, improved film protection and pitting resistance with increasing nitrogen content.

We present here the electrochemical deposition of PtM0.1 (M = Fe, Co, Ni) alloy CEs and understanding of the dissolution-resistance by thermodynamical calculation.

The effect of collagen origin on the behaviour of scaffolds produced from these collagen samples after EDC treatment was evaluated on their morphology, dissolution properties and resistance under compression.

In addition, the in situ hydrogenolysis of benzofuran under a hydrogen gas atmosphere revealed that the hydrogen produced in situ was more effective in the reaction than gaseous hydrogen, likely due to the dissolution and diffusion resistances of the solvent.

Gel showed some improvement in resistance to dissolution at 1% EDC after 1 h in water (DD ∼ 40% comparing to complete dissolution of non XL sample) but at 24 h mass loss was already very high (>65%).

For effective concentration, placer minerals must not only have a high density (greater than about 3.3 grams per cubic centimetre), they must also possess a high degree of chemical resistance to dissolution or reaction with surface water and be mechanically durable.