查询词典 ozonation

The energy efficiency of acetaldehyde ozonation increased with the decrease in energy density.

臭氧氧化乙醛的能量效率随能量输入密度的增加而减少。

The energy efficiency of acetaldehyde ozonation also increased with the decrease in energy density.

催化臭氧氧化乙醛的能量效率随能量输入密度的增加而减少。

The ozonation of acetaldehyde was the first order reaction of ozone.

乙醛催化臭氧氧化反应是臭氧浓度的一级反应。

As it was found that MnO_2 was more effective than activated carbon, we then used MnO_2 to accelerate acetaldehyde ozonation.

通过比较，发现MnO_2的催化效果较活性炭好。于是，对MnO_2催化处理乙醛模拟废水的特性进行了详细研究。

When the target organic was formic acid (a promoter of radical reaction in ozonation), a radical initiation reaction could obviously enhance the ozoantion efficiency.

当目标有机物是对链反应具有促进作用的甲酸时，自由基引发反应可以明显提高甲酸的臭氧化效率。

As for the mechanism of ozonation, so far only the aromatic intermediate by-products of aniline have been studied.

对于臭氧氧化的机理，目前仅研究了苯胺的芳香族中间产物

The ceramic showed high catalytic activity on ozonation of benzophenone in water and the removal rate of benzophenone with catalytic oxidation was 64% and was increased by 19.3% with comparing to the case of ozonation alone.

该体系在本实验条件下，10分钟内，催化氧化二苯甲酮的去除率为64%，比单独臭氧氧化提高了19.3%。

The reduction of trihalomethane formation potential was discussed, which indicated that ozonation has a good removal for chlorofom and bromodichloromethane formation potential, but for dibromochloromethane formation potential the removal efficiency was undesirable and there was almost no removal for bromoform forming potential, Furthermore, when there was enough bromide in water, ozonation would have a promotion effect for bromoform formation potential.

通过研究臭氧对三卤甲烷生成潜能的去除规律发现，臭氧对三氯甲烷和二氯一溴甲烷生成潜能都有很好的去除，对一氯二溴甲烷生成潜能的去除效果较差，对溴仿生成潜能基本没有去除。当水中溴化物含量较高时臭氧对溴仿的生成反而具有促进作用。

The decoloration effect by using ultrasound alone, the ozonation and the ozonation with ultrasonic enhancement has been studied.

对比了单独超声、超声协同臭氧氧化分散蓝染料的处理效果。

The research on ozonation technology showed that ozonation can decrease effectively organic pollutant burden and improve biodegradability of water.

对臭氧化技术的研究表明，臭氧能够有效降低水体的有机负荷，并在一定程度上改善水质的可生化性。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。