Sentence examples for simple dissolution from inspiring English sources

The chain heterogeneity of a polyethylene resin can be assessed by simple dissolution techniques followed by compositional analyses.

It appears that brushite cement removal from an implant site may be complex and dependent on physiological processes other than simple dissolution.

The incorporation has been attained by simple dissolution of redox molecules into polymer electrolytes and by copolymerization of a redox monomer with an ion-conducting monomer.

From the square field, all the samples fall and move from middle side to right side of the square grid, express the simple dissolution or linear mixing, and reverse ion exchange mechanism, respectively.

Left triangle demonstrates that the samples are strongly occupied in Na+ + K+ field rather than Ca2+ + Mg2+ field, while the upper diagram indicates that almost all the samples fall near Cl− type, which explains the simple dissolution and evaporation dominance.

As-prepared PSt/TiO2 composites, hollow TiO2 particles obtained via simple dissolution of PSt by THF (sample D) and those via the dissolution with preheating (sample HD), were further subjected to TGA and DTA.

Perhaps the simplest, dissolution in water, is sometimes useful for short-chain-length alcohols, aldehydes, anhydrides, ketones, esters, ethers, organic acids, and simple carbohydrates.

Curve 1, sample D (simple THF dissolution); curve 2, sample HD (preheating plus THF dissolution); curve 3, sample HC (preheating plus calcination).

White triangle, sample D by simple THF dissolution of PSt; white circle, sample HD by THF dissolution and preheating; inverted black triangle, sample C by simple calcination; black triangle, sample HC by calcination and preheating.

In Figure 2 are given the TEM pictures of the hollow TiO2 particles prepared through a simple THF dissolution (sample D) and those preheated ahead of the THF dissolution (sample HD).

TGA (curves a, b, and c) and DTA (curves e, f, and g) patterns of as-prepared PSt/TiO2 (a and e), hollow TiO2 prepared by simple THF dissolution of PSt (sample D: b and f), and those prepared by THF dissolution and preheating (sample HD: c and g).