With increasing shaft speed of rotation, heat evolution and temperature rise become a critical problem.
由于轴的转速越来越高，轴承的发热和温升是个突出矛盾。
It USES basin simulation technique to simulate the heat evolution stages of various geologic period of hydrocarbon source rock.
利用盆地模拟技术模拟烃源岩各地质时期的热演化阶段。
The adsorption processes were spontaneous and irreversible with heat evolution. The increase of temperature was not benefit to the adsorption.
吸附过程自发不可逆，且放出热量，提高温度对吸附不利。
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