人们认为融解热的释放可以改变气压梯度，结果减小风暴中心附近的破坏性风力。
Release of the heat of fusion is believed to alter the pressure gradient in such a way as to diminish the destructive winds near the storm center.
基于准稳态理论，建立了准稳态量热器，可用于常压下250~400K物质的融解热、固相和液相比热容的实验测量。
A calorimeter based on the quasi-steady state theory was developed to measure the latent heat of fusion and specific heat capacity of substance from 250 K to 400 K at atmosphere pressure.
本文对（准）共晶系的融点和融解热进行了分析预测，得到了共晶混合物融点，融解热与组分物性（融点、融解热、比热）间的关系及两个推论。
Eutectic and co-melting point of different materials were determined by DSC, and the effect of different solutes on the Eutectic and co-melting point of materials were discussed.
本文对（准）共晶系的融点和融解热进行了分析预测，得到了共晶混合物融点，融解热与组分物性（融点、融解热、比热）间的关系及两个推论。
Eutectic and co-melting point of different materials were determined by DSC, and the effect of different solutes on the Eutectic and co-melting point of materials were discussed.
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