臭氧浓度过高会损害到组织中。
Too high concentrations of ozone are damaging to the tissues.
具有臭氧浓度高，寿命长等特点。
较高的电压增加了臭氧浓度。
臭氧浓度采用碘量法测量。
Concentration of ozone was measured with iodine stoichiometry titration method.
我们使用的臭氧浓度为每毫升40微克至100。
We use ozone concentrations ranging from 40 to 100 ug per ml.
臭氧浓度下降10%，恶性皮肤瘤的发病率将增加26%。
Ozone concentrations fell 10 percent, malignant skin tumor incidence will increase by 26%.
负离子发生器的两个主要性能参数是负离子浓度和臭氧浓度。
Two major performance parameters of negative ion generator are negative ion concentration and ozone concentration.
非常重要的是对中等臭氧浓度致癌和致畸作用的情况下的数据。
Of great importance are the data about absence of carcinogenic and teratogenic effects of moderate ozone concentrations.
你可以操纵你的电压调节器的控制电压输入到你的机器的臭氧浓度。
You can manipulate your ozone concentration with a voltage regulator which controls the voltage input to your machine.
研究了反应时间、臭氧浓度和反应温度对HDPE氧化程度的影响。
Effects of reaction time, ozone concentration and reaction temperature on oxidation of HDPE were studied.
设计基于89C51单片机采用紫外吸收法的臭氧浓度在线自动检测系统。
This thesis designs the automatic system that can online measure ozone concentration, the system is based on the 89C51 single-chip and adopts the ultraviolet ray absorbing law.
臭氧浓度高，臭氧发生器寿命大大延长，结 构紧凑，制作容易，外观美观。
The utility model greatly prolongs the service life of the ozone generator and has compact structure, easy production and beautiful appearance.
由此确定了循环水处理过程中为控制系统中微生物的生长所需维持的最低臭氧浓度。
Thus the lowest ozone concentration to check the growing of the microbes in recycling cooling water treatment was determined.
在这三个地方，周日的细微颗粒物污染也更少，就好像在夏季臭氧浓度也会减少一样。
In all three places, fine-particle pollution also fell on Sundays, as did ozone in the summer months.
它运作良好，在这一水平，但我们必须使用医用臭氧浓度来获得我们需要激活免疫系统。
It works well at that level, but we must use medical ozone to get the concentration we need to activate the immune system.
水中臭氧浓度的实时监测是保证水处理质量的关键，也是水处理工业自动化的重要环节。
The real time monitoring of the concentration of ozone in water is important to ensure the quality of water.
为了研究臭氧在水中的衰减行为，采用靛蓝二磺酸钠法和碘化钾法测定水中的臭氧浓度。
To study the attenuation behavior of ozone in water, two methods were used to measure ozone concentration in water, indigo disulphonate spectrophotometry(IDS)and iodine titration method(ITM).
水中臭氧浓度的实时监测是保证水处理质量的关键，也是水处理工业自动化的重要环节。
The real time monitoring of the concentration of ozone in water is important to ensure the quality of water. And it is an essential control point in the water treatment industry automation.
控制反应条件为酸性和臭氧浓度恒定，再在酸性溶液中添加叔丁醇，以忽略自由基的影响。
Controlling reaction conditions for acid and ozone concentration, to ignore the effects of · OH by adding the tert-butanol in acid solution.
臭氧转化器可以将吸入的空气转化成氧气，使得机舱内臭氧浓度低于美国农业基金会的下限。
Ozone converters convert ozone in bleed air to oxygen, maintaining the cabin ozone concentration below FAA (Foundation for American Agriculture) limit.
科学家们用“空洞”一词表示臭氧浓度低于220个多布森单位（多布森单位是用来度量大气中臭氧柱尺度的单位。
Scientists use "hole" as a metaphor for the area in which ozone concentrations drop below the historical threshold of 220 Dobson Units.
研究表明，颗粒物对光化学过程的抑制造成了大气氧化能力的降低，是近地面臭氧浓度减少的可能原因。
The results indicate that impacts of atmospheric particles on photochemistry and oxidation ability of atmosphere are responsible for the reduction of the observed surface ozone concentration.
在相同水流量条件下，水由下向上流时水中臭氧浓度，高于由上向下流时相同水力停留时间时的臭氧浓度。
At the same flow rate the concentrations of ozone in upflow are higher than that in downflow at the same HRT.
为了有效监测空气中臭氧的浓度，简化其操作过程，提出了一种基于动态免疫网络原理的臭氧浓度监测模型。
To effectively monitor the concentration of ozone in the air, and streamline its operating process, a novel model based dynamic immune network for monitoring ozone concentration is presented.
目的研究臭氧气体和臭氧水溶液中各种臭氧浓度测定方法的特点，同时研究了温度对臭氧在水中溶解度的影响。
In this paper, characteristic of different methods for the determination of ozone in water and in gas were studied and the influence of temperature on solubility of ozone in water were also studied.
讨论了用臭氧氧化法对聚丙烯表面进行涂装性改良时，臭氧浓度和臭氧发生气组成对聚丙烯表面氧化过程的影响。
The effects of ozone concentration and ozone - producing gas compositions on the oxidation process of the PP surfaces have been studied in this paper.
该项研究认为除非排放得到有效抑制，否则到2100年，增长中的全球矿物燃料燃烧将导致届时臭氧浓度增长百分之五十。
The study projects that growing worldwide fossil fuel burning will boost global average ozone concentrations 50 percent by 2100 unless emissions are seriously restricted.
用此种复合材料作为臭氧发生器介质的实验结果表明，臭氧浓度随介质的介电常数的大小改变而近似呈线性变化。
The ozone generation characteristics of MVQ/BT Ozonizer are also discussed, and the test results show that the ozone concentration and output are linearly increased by increasing dielectric constant.
用此种复合材料作为臭氧发生器介质的实验结果表明，臭氧浓度随介质的介电常数的大小改变而近似呈线性变化。
The ozone generation characteristics of MVQ/BT Ozonizer are also discussed, and the test results show that the ozone concentration and output are linearly increased by increasing dielectric constant.
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