Sentence examples for drastic heat from inspiring English sources

But for the mixture of lithiated electrodes and electrolytes, thermal risk mainly came from the reaction between original/secondary SEI and intercalated Li ions, which caused drastic heat generation at about 285 °C.

However, if the ratio of fatty acids is acting as the primary sensor of temperature, upon subjecting the cell to a drastic heat shock, the temperature change in a membrane that is depleted of unsaturated fatty acids is not properly recognized, thereby preventing full activation of Hsf1 and reducing upregulation of HSP genes (Fig. 2).

Admiral Gehman said it showed that drastic heating began in the left wing five minutes after the Columbia entered the outermost traces of the atmosphere.

Electricity will become the preferred source of energy within the city: electric cars, electric public transportation and electric cooling, resulting in a drastic reduction of heat emissions by cars, less need for air-conditioning, cleaner air, less noise and increased walkability.

The hysteresis behavior for 36-nm particle size and four particle volume concentrations indicated drastic changes with heating of samples beyond a critical temperature.

In contrast, the injection of Pahsp70 dsRNA resulted in a drastic suppression of heat-induced expression of the Pahsp70 gene (Fig. 2A).

Regional differences in mortality were also observed for the cold effect (shown in Figure  6) and the difference was more drastic than for the heat effects.

Injection of 695 bp-long Pahsp70 dsRNA (RNAi) caused drastic suppression of the heat- and cold-stress-induced Pahsp70 mRNA response and the up-regulation of corresponding protein was practically eliminated.

The projections raise the likelihood that Acting Gov. Donald T. DiFrancesco and the Republican-controlled State Legislature will have to make drastic spending cuts in the heat of the Republican primary campaign for governor.

If there is no drastic change in the volumetric heat capacity of rocks (which is mainly dependent on mineral composition and porosity) within the same geologic formation or lithologic unit, then the values of both volumetric heat capacity and thermal conductivity can be used to derive thermal diffusivity.

We also tested whether the ΔvosA mutant conidia show altered stress responses and found that the mutant conidia exhibit a drastic reduction in tolerance to heat (Fig 3C) and H2O2 (Fig 3D), corroborating the idea that trehalose functions as a key protectant.