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It is believed that a higher temperature enhanced higher atomic mobility and caused faster grain growth.
Finally, increasing the temperature enhanced the adsorption capacity and the efficiency of the sorbents.
Increased temperature enhanced the above-ground biomass and blade height of E. nutans.
The operating temperature enhanced the diffusion separation effect, but decreased the inertial-collision separation effect.
Temperature enhanced the decomposition of organic matter in soil, which is evinced as k values decreased with the increased temperature.
The increase of preheating temperature enhanced the acetylene yield and decreased the corresponding optimum equivalence ratio.
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Second, the elevation of temperature enhances the secretion of inulinase.
The decreasing inlet feed temperature enhances the transfer of heat, eliminating the cold spot.
Increasing the temperature enhances the probability of phonon-related dephasing processes, causing Lorentzian broadening of the lines above 50 K.
Increasing regeneration temperature enhances the endothermic decomposition processes, increasing heel buildup.
Maintaining high turbine exhaust temperature (and thus, the recuperator inlet gas temperature) enhances the part load efficiency considerably.
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