1·Pressure behavior and pressure effect of dilute stabilizing agents in the thermal decomposition of organic peroxides were examined in a mini-closed pressure vessel test (MCPVT).
用小型密闭压力容器试验(MCPVT)跟踪测定了有机过氧化物热分解反应产生的压力行为和有稀释稳定剂存在下的压力效应。
2·The two kinds of preparation methods of the counter electrode (platinum) were discussed: electrochemical (constant current law) and thermal decomposition.
讨论了反电极铂的两种制备方法：电化学法（恒电流法）和热分解法；
3·The glass transition temperatures of blend systems descend with increasing amount of TP200EP and PP150EP. But they have little influence on thermal decomposition temperatures.
共混体系的玻璃化温度，随着TP200EP和PP 150ep含量的增加呈下降趋势，而对共混体系的热分解温度影响不大。
4·The thermal decomposition mechanism of ammonium nitrate and its admixture is reviewed.
对硝酸铵及其混合物的热分解机理进行了总结。
5·The microstructure, thermal decomposition, thermal expansion of aluminum titanate material and their effecting factors were described.
主要阐述了钛酸铝材料的微观结构，以及热分解、热膨胀及其影响因素。
1·Purpose: to study the thermal decomposition process and the non isothermal kinetics of adenosine.
目的：研究了腺苷的热解过程及非等温动力学。
2·The present electrode had the characters of low platinum loading and high catalytic performance which was higher than counter electrodes prepared by thermal decomposition and platinum foil.
所制备的电极具有载铂量低、催化活性高的特性，比纯铂片对电极以及热解法制备的载铂对电极具有更高的活性。
3·In this paper fundamental principle of molecular dynamics simulation is introduced and applications of molecular dynamics to the study of the thermal decomposition of polymers are elaborated.
介绍了分子动力学模拟的基本原理，阐述了分子动力学模拟在高分子聚合物热解反应机理研究中的应用。