臭氧检测

臭氧检测仪的研制

Research of the Ozone Monitor

基于ARM的便携式臭氧浓度检测仪的研制

Development of Portable Ozone Concetration Detector Based on ARM

介绍常用碘化钾滴定法、乙烯化学发光法和紫外辐射吸收法三种臭氧浓度检测方法的工作原理，比较它们的优缺点。

Three kinds of operation principle which measures ozone concentration at present is recommended : KI titration law , ethylene giving out light law and the ultraviolet ray absorbing law , and these method 's own pluses and minuses is compared .

结果臭氧现场快速检测盒与碘量法、HACH比色仪的检验结果均无显著性差异（P>0.2）。

Results No significant differences ( P ￡ 3 / 40 2 ) were found in the data detected results obtained from the rapid detection kit , iodometry and HACH chromometer .

许多科学家小组很快开始了对南极臭氧层的检测。

Many groups of scientists quickly began monitoring the Antarctic ozone layer .

液相中臭氧浓度的检测

Determination of the concentration of ozone in liquid phase

水中臭氧浓度自动检测有关问题的研究

Research on Related Problems of Automatic Measurement of the Concentration of Ozone in Water

水中臭氧浓度的检测方法

The Methods of Measuring Ozone Concentration in Water

水中臭氧浓度的检测及三种液体中臭氧的稳定性靛蓝三磺酸法测定水中臭氧浓度的应用

Measurement of ozone concentration in water and stability of ozone in three liquids Rapid determination of the Ozone concentration in water by indigo blue reagent

臭氧浓度在线自动检测系统

The Online Automatic Measuring System of Ozone Concentration

智能臭氧质量浓度在线检测仪

Intelligent Real-Time Ozone Mass Concentration Testing Instrument

选择紫外辐射吸收法作为臭氧浓度在线自动检测系统使用的检测方法。

The ultraviolet ray absorbing law is suitable for the automatic system which online measuring ozone concentration is found .

经过改造后的电焊烟尘、锰、臭氧、二甲苯的检测数据明显降低，改造措施对噪声的控制效果不明显。

After the facility alteration , the electric welding soot , manganese , ozone , xylene can be distinctly decreased , but the effect for reducing the noise is not evident . 2 .

然而在对臭氧消毒后空气中臭氧浓度检测的过程中，以上两种方法具有检测周期长、操作步骤复杂、设备体积大、不便于携带等缺点。

But in the process of detecting ozone concentration after disinfecting , the disadvantages of above method is check period long , complicated , large volume , inconvenient .

设计研究的具体内容包括：学习掌握臭氧技术及其相关的理论知识，包括臭氧的产生技术、臭氧浓度检测技术等。

Design details includes : learning to master the theory of ozone technology and its related knowledge , including ozone generation technology , ozone concentration detection technology .