利用自行研制的肝癌组织热物性参数和血液灌注率测量装置，以兔子为对象进行了活体实验。

In vivo experiment of rabbit livers is introduced by using an experimental equipment to measure the thermal properties and blood perfusion rate in live cancer tissues.

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理论和实验分析了运用准稳态法测量纳米颗粒悬浮液有效导热系数和比热容等热物性的可行性。

The feasibility of using quasi-steady state method for the measurements of effective thermal conductivity and specific heat of nanoparticle suspension is discussed theoretically and experimentally.

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本文使用余函数法和LKP 状态方程对热物性参数进行焓熵计算，将计算结果与国外实验结果进行对比并判断其精确程度。

This article adopts Yu function method and LKP state equation to calculate enthalpy and entropy, compares the calculated results with experimental results and estimates the precision of the methods.

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