hydrogen iodide

The effect of reactant ratio 、 temperature and pressure on the thermodynamic equilibrium of Bunsen reaction were discussed and the effect of temperature 、 pressure 、 membrane reactor and vapor on the thermodynamic equilibrium of hydrogen iodide decomposition were discussed too.

研究了反应物比例、温度、压力对bunsen反应的影响，温度、压力、膜反应器和水的存在对碘化氢分解热力学平衡状态的影响，对选择Bunsen反应和碘化氢分解的条件提供了一定的参考。

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。

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.

Experimental Study on the Catalytic Decomposition of Hydrogen Iodide for SI Thermochemical Cycle

热化学硫碘制氢中碘化氢催化分解的实验研究

Gas phase synthesis of hydrogen iodide was taken for example. The example showed how to calculate extent of reaction from equilibrium constant and to calculate the heat capacities at constant pressure and constant volume.

以碘化氢气相合成反应为例，说明如何由化学反应的平衡常数计算平衡反应进度，进而计算定压热容和定容热容。