这种现象引起了人们很大的惊讶，因为当时每个人都会认为影像(或X -射线)是由在阳光的触媒下的某种化学反应所产生。
This was a great surprise because everyone thought that the shadow (or X-ray) had been created by a chemical reaction with sunlight.
研究结果发现，触媒的酸碱性会影响其反应机构，因而产生不同产物。
It was found that the reaction mechanisms were governed by the acidity of the catalyst.
本发明的含光触媒的短纤维可有效增加反应表面积，且制造成本低，并可重复使用。
With the invention of the short fiber Photocatalyst may effectively increase the surface area of reaction, reduce cost of manufacture and can be reused.
本文应用分布参数系统最优控制理论到触媒管式反应器的最优设计。
In this paper, optimal control theory of distributed parameter systems is applied to optimal design of CatalYtic tubular reactors.
本文应用分布参数系统最优控制理论到触媒管式反应器的最优设计。
In this paper, optimal control theory of distributed parameter systems is applied to optimal design of CatalYtic tubular reactors.
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