Sentence examples for more severe thermal from inspiring English sources
The results showed that ECSTPEs with more severe thermal energy waste problems exhibited greater performance improvements while using the optimal set generating temperature.
More severe thermal treatment decreased the concentration of total phenolic compounds and proanthocyanidins in both varieties and also influenced the flavan-3-ols profile.
This induction was found to progress through a membrane mediated pathway associated with more severe thermal stressors as indicated by the activation of cas-pase-8 cas-pase-8 cas-pase-8ot mild (−15 °C) temperatures.
Thermal cracking: It primarily occurs due to stress cycles developed as a result of cyclic thermal loads, although under more severe thermal loads, transformation to martensite can also occur [12].
Thus, the more severe thermal stress creates a unique proteostatic niche that allows Hsp104 to resolve amyloid in vivo.
However, under less stressful conditions (e.g. 37°C), many yeast proteins are likely to populate mildly destabilized or metastable states but are not entirely inactivated or misfolded, as they would be under conditions of more severe thermal stress.
The discrepancies between values obtained in this work and effective thermal conductivity models is attributed to local thermal non-equilibrium, which is more severe during melting than solidification due to the lower thermal conductivity of liquid water relative to ice.
High heat sink temperature would contribute more severe heat accumulation to the laser core so that thermal effect restrained another mode lasing and mode hop would not occur.
Moreover, thermal quenching is found to be more severe for the high energy PL components which lead to an apparent red shift of the PL maximum position at high T. To get further insights into the mechanisms responsible for the observed thermal quenching, we have analyzed Arrhenius plots of the PL intensity at different detection energies (Edet) as shown in Figure 2a.
(This problem is more severe in rock than in salt formations, because salt has higher thermal conductivity than rock and dissipates the heat more easily).
Such findings are extremely useful for designing larger area LED packaging where thermal non-uniformity effects are expected to be more severe for devices' longevity and performance.
