产生臭氧的

Ozone can kill harmful bacteria and virus quickly in air or water, oxidizes odorous gases and may result in production of fresh oxygen.

臭氧可把水和空气内的有害细菌快速消灭，把一些有嗅味的气体氧化，从而产生新鲜氧气。

Ozone is formed by the action of sunlight on two kinds of pollutants.

臭氧是两种污染物在阳光的作用下而产生的。

UV lamp produces the only by-product is ozonization, which is a kind of sweet hen'egg gases, in concentration well below 0.1 ppm can smell it.

UV灯产生的惟一副产品是臭氧，它是一种带甜味的刺激性气体，在浓度大大低于0.1ppm时也能嗅到。

Chemical Oxidants, such as Ozone and Potassium Permanganate, may produce other harmful or even carcinogenic by-products.

一些化学氧化剂例如臭氧及高锰酸钾更可产生其他有害物质，甚至是致癌的副产品。

Ozone oxide performed the lowest trapping efficiency, Dit degradation and defect generation rate after 600oC PDA than NH3 or RTO treatment partially due to the better interface properties.

臭氧水氧化层界面处在经过600oC沉积后退火之后形成较佳的界面，因此相较於氨气及快速高温氧化前处拥有最低的捕获效，界面缺陷化及缺陷产生。

The ozone concentration in gas phase is determined by means of iodometric method.

气相臭氧浓度测定采用碘量法。这种弹头还会产生具有消毒作用的氯气，进一步减少污染的可能性。

The presence of the bicarbonate had no effect on the heterogeneous catalytic ozonation process.

而HCO3-的存在并未对MnOx/GAC多相催化臭氧氧化过程产生不利影响。

In both human and animals, ozone is known to induce inflammatory responses and mucous cell metaplasia in nasal cavity, which thought to be related to pathogenesis of nasal airway hyperreactivity.

在过去人体及动物实验中，已知臭氧会引发呼吸道产生发炎反应及鼻腔的黏膜细胞变形，这些被认为与呼吸道过度反应的病理生成有关。

An ozone production rate control method and a device using dual frequency in an apparatus employing a silent discharge technique are provided.

本发明公开了一种在采用无声放电技术的装置中利用双频的臭氧产生速率控制方法和装置。

Cells previously infected by viruses are more susceptible to destruction by the peroxide produced through ozonolysis, because they have weak enzyme coatings.

先前由病毒感染的细胞更容易受到破坏，通过臭氧分解产生的过氧化氢，因为他们有弱酶涂料。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。