TPD的翻译

The adsorption of reactants on catalysts was researched through TPD. The Eley-Rideal intrinsic reaction rate model of single-component catalytic combustion was established.

采用TPD技术考察了反应物种在催化剂表面的吸附情况，建立了单组分催化燃烧的Eley-Rideal型本征反应速率模型。

The simultaneous addition of H2O and SO2 to the mixed reaction gas caused a significant decrease of activity, which was attributed to the decrease in the chemisorption of NO on the catalyst in the presence of SO2 according to temperature-programmed desorption ( TPD) result.

将H2O和SO2同时加入反应混合气，引起NO还原活性较大幅度降低，结合程序升温脱附实验结果，认为可能是由于存在SO2时，Ag/Al2O3催化剂吸附NO的能力降低。

The TPD spectrum of titanium hydride is separated and simulated into individual peaks by utilizing these theories in combination with differential spectrum technique and a set of thermal decomposition kinetics equations are acquired.

利用这些理论，结合定温预分解差谱技术，解叠了氢化钛的程序升温热分解谱线，首次求得了氢化钛热分解反应动力学参数和动力学方程组。