Sentence examples for resistant to thermal from inspiring English sources
In addition to temperature and corrosion resistance, refractories must possess superior physical wear or abrasion resistance, and they also must be resistant to thermal shock.
In PrChi-A, the LysM domains are very resistant to thermal denaturation and this resistance was dependent on the presence of disulphide bonds.
These give greater slag resistance, but they do not bloat and are less resistant to thermal shock.
NBR is made in a hydrogenated version (abbreviated HNBR) that is highly resistant to thermal and oxidative deterioration and remains flexible at lower temperatures.
Ceramics, in spite of their well-known brittleness, can be made resistant to thermal shock by adjusting their microstructure during processing.
All mutants were resistant to thermal inactivation at alkaline pH.
The strong covalent C-P bonds in phosphonates make them resistant to chemical, thermal, and photolytic degradation.[50, 51] They occur widely among biogenic and anthropogenic compounds in the form of phosphonolip-ids and as side groups on polysaccharides and glycoproteins.
Physicochemical analysis of the polymerized allylamine coatings (X-ray photoelectron spectroscopy and static water contact angle) showed that the coatings were resistant to the thermal pressing and were stable in ambient air and underwater up to 14 days of ageing, even if the water contact angle decreased during the underwater ageing.
Our data have shown that nanofibers of PANI-ES are resistant to the thermal induced dedoping process and the major structural change have been the formation of high amount of phenazine-like segments, while for bulk PANI-ES, the dedoping process has been favored.
Therefore hPCNA is less resistant than to thermal denaturation than scPCNA.
In parallel, this chapter also discusses how understanding these electrostatic effects can guide the engineering of industrial enzymes (such as α-amylase from Bacillus licheniformis) into forms that are more resistant to aggregation and thermal precipitation than the enzymes that are currently used, for example, in the production of ethanol from starch or cellulose.
