评述了甲醇分解、甲醇水蒸气重整和甲醇氧化重整催化剂的研究情况。
The catalysts for decomposition of methanol, steam reforming of methanol and partial oxidation of methanol were commented separately.
在直流流动积分反应器中常压下研究了C207催化剂甲醇分解反应本征动力学。
The intrinsic kinetics of the methanol decomposition at atmospheric pressure over C207 catalyst are studied in a tubular-flow integral reactor.
认为二氧化碳的存在能保持催化剂表面的活性状态，促进甲醇分解与合成的速率。
It corroborates that carbon dioxide can remain the active state of catalyst surface and speed the rates of methanol decomposition and methanol synthesis reactions.
并介绍了该催化剂在甲醇分解、汽车尾气净化、微量有机化合物脱除等方面的应用。
The catalysts have been investigated in methanol decomposition, treatment of automotive emission and removal of volatile organic compounds, respectively. Here the results are also introduced.
建立了甲酸甲酯和水共存下的甲醇分解制燃气体系的热力学模型，以研究该体系的热力学平衡限度。
A thermodynamics model was proposed to study the equilibrium limitation of methanol decomposition to fuel-gas in the present of methyl format and water.
植物油分子经过甲醇和钾的氢氧化物、也被称作灰汁的处理后就被分解。
Treated with methanol and potassium hydroxide, also known as lye, the vegetable oil molecules break down.
本文利用自行组装的CF Z- 86催化反应装置对四路甲醇催化分解产物进行选择取样。
In this paper, CFZ-86 catalytical reaction apparatus set-up by the author was used to the selective sampling of the products in catalytical decomposition of methanol in four reactors.
两种催化剂在甲醇汽车的车载分解器中的应用巳达实用水平。
The catalysts have been patented and utilized in on-board reformers of methanol-fueled vehicle on a practical level.
研究了紫外光和太阳光下蒽、在甲醇-水溶液中的光分解反应。
The photolysis of anthracene and chrysene in natural water was studied.
研究了紫外光和太阳光下蒽、在甲醇-水溶液中的光分解反应。
The photolysis of anthracene and chrysene in natural water was studied.
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