decomposition reaction

Bunsen reaction and hydrogen iodide decomposition in IS ( iodine-sulfur) cycle, the most industrialized thermochemical cycle was studied.

本文研究了最接近工业化阶段的热化学循环&硫碘循环（SI循环）中的Bunsen反应和碘化氢分解反应。

The thermochemical water decomposition cycle which consists of four gas-solid reaction of ca and Fe compounds for hydrogen production is discussed.

文章所讨论的热化学循环分解水制氢是由Ca和Fe化合物的四步气-固反应所组成。

Firstly, the thermodynamic equilibrium of Bunsen reaction and hydrogen iodide decomposition were examined.

本文首先利用FactSage软件 对Bunsen反应和碘化氢分解的热力学平衡进行了模拟.

Decide on probable reaction mechanism of the thermal decomposition of solid

固相热分解反应最可几机制的判断环丁酮热解离反应的理论研究

Nickel phthalate tetrahydrate was synthesized by rheological phase reaction. Its thermal decomposition process in N2 was studied by TG, DTG and DSC, IR, FABMS.

用流变相反应法合成了四水邻苯二甲酸镍，用TG、DTG、DSC、红外光谱、质谱研究了它在氮气气氛中的热分解机理。

The mechanism of the palladium complex 40 catalyzed Suzuki cross-coupling reaction was discussed. The cause of decomposition of catalyst and appearance of palladium black were studied.

探讨了cis-Pd（Ph2PCH2COO）2（40）催化Suzuki偶联反应机理及催化剂分解析出钯黑的原因。

Two main section-evaporation and cooling crystallization was reconstructed in Double Decomposition Reaction Produce KNO3, and production of reconstruction anteroposterior was contrasted.

对复分解法生产硝酸钾工艺中的两个主要工段：蒸发、冷却结晶进行改造，并对改造前后的生产情况进行了对比。

Based on laboratory data, such as, the internal current, feature curve of charge and discharge current versus time, and decomposition potential of rock sample, the reaction resistance of the interface between solidstate graphite ore and liquid phase has proved to be very high;

根据岩矿石标本的内电流、充放电时间特性曲线、分解电势等实验数据资料，论证了石墨矿固液相界面反应电阻充分大。

It is difficult to speak about a definite direction of the decomposition reaction.

很难说它的分解反应有一定的方向.

Two important steps of slow thermal decomposition of azides have been studied using the method of statistical mechanics. Relations of the transform-ratio(α) of reactional equilibrium to temperature and pressure are formalized and the reaction mechanism is briefly discussed.

用统计力学方法对无机叠氮化物慢速热分解中的两步重要反应进行了研究，求得了反应平衡转化率α随温度T和压力P变化的表达式，并对反应机理作了分析和探讨。

Thermal sensitivity is a measurement on how easily fast chemical reaction will happen. The essence of studying thermal sensitivity of energetic materials is to find the relationship of time to maximum rate ( TMR) and the decomposition temperature.

热感度是物质在热作用下发生快速化学反应难易程度的度量，求取含能材料的热感度的本质是求取诱导期TMR与温度的关系。