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The barrier height decreases with decreasing temperature.
Oxygen is decreasing, temperature is at its highest and most available fuel is burning.
Viscosity increases greatly with decreasing temperature and less markedly with increasing pressure.
With decreasing temperature and density, solubility of silica reduces.
With decreasing temperature, the distribution and selectivity coefficients increase.
However, the energy barriers were increased with decreasing temperature, caused by the increase of effective molecular size of quantum helium.
Increasing temperature from the standard 37 °C actually reduced predictive performance, whereas decreasing temperature resulted in a mild increase.
These types are designated, in order of decreasing temperature, by the letters O, B, A, F, G, K, and M.
Powders hygroscopicity decreased with increasing maltodextrin concentration, decreasing temperature and increasing feed flow rate.
With decreasing temperature these upper limits reach 0.1 g m− 3 at − 15 °C.
Decreasing temperature may lead to transverse cracking.
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