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1·In chapter three the pyrogenation character and kinetics of coal were researched.

第三章对煤的热解特性及其动力学进行分析。

2·In this paper, effect of uranium substance on the mudstone pyrogenation was studied by hydrous pyrolysis.

采用加水热模拟实验方法，考察了含铀物质对泥岩样品热解生烃产物的影响。

3·The biologic stimulation function on the skin. , pyrogenation function and optional pyrogenation function.

对皮肤的生物刺激作用、光的热解作用和选择性热解作用。

4·Conclusion: the bacterial endotoxin test is better to used to check the pyrogenation of the Doxofylline injection.

结论：细菌内毒素检查法可用于多索茶碱注射液热源的检查。

5·Numerical study of effect of monolith structure on pyrogenation regeneration process in diesel particulate filter;

采用铁基的燃油添加剂对柴油机微粒捕集器再生特性进行了研究。

6·Accuracy and stability of the pyrogenation and the precision of temperature control influences the test result directly.

因而加热的快速性、稳定性以及温度控制的精度都直接影响着测试结果的准确性。

7·The research results offer a certain theory basis for pyrogenation reaction dynamics model and reasonable utilization of pine wood.

研究结果，为研究松木的热解反应动力学模型及对其合理利用提供了一定的理论基础。

8·Porous SiC ceramic that is used in gas adsorption and pyrogenation is studied. The equipment of porous SiC ceramic gas pyrogenation is designed.

研究了用于瓦斯气体吸附分解的多孔碳化硅陶瓷，并设计了多孔碳化硅陶瓷瓦斯热解装置。

9·The process of unsoldering the electronic component has two pivotal steps: electing the method of pyrogenation and investigate the force of disassembly.

脱焊过程有两个关键的步骤：脱焊的加热方法的选择和对脱焊的拆卸力的研究。

10·This paper studies pyrogenation of freshwater breeding nacre and mussel, and discusses the influence of shell on the pyrogenation process of macromolecule material.

本文研究了淡水养殖珍珠贝和淡水蚌壳的热分解行为，并且探讨了贝壳对高分子材料热降解行为的影响。

热解

1·As a new water treatment method, ultrasound technology is mainly based on high temperature pyrogenation and free radical oxidation contaminant during ultrasound process.

超声技术作为一种新型水处理方法，主要是利用超声过程中的高温热解和自由基氧化污染物。

2·The research results offer a certain theory basis for pyrogenation reaction dynamics model and reasonable utilization of pine wood.

研究结果，为研究松木的热解反应动力学模型及对其合理利用提供了一定的理论基础。

3·In chapter three the pyrogenation character and kinetics of coal were researched.

第三章对煤的热解特性及其动力学进行分析。

4·Porous SiC ceramic that is used in gas adsorption and pyrogenation is studied. The equipment of porous SiC ceramic gas pyrogenation is designed.

研究了用于瓦斯气体吸附分解的多孔碳化硅陶瓷，并设计了多孔碳化硅陶瓷瓦斯热解装置。

5·At the same time, the coal pyrolysis simulation process and the results were analyzed and provided basic reference to coal pyrogenation process development and optimization.

同时，对煤热解模拟过程及结果进行了分析，给煤热解过程的工艺开发和工艺优化提供了参考依据。