Conclusion Ozonizer disinfection is more effective than ultraviolet ray.
结论三氧消毒机空气消毒效果优于紫外线。
The present invention provides electrolyzing type ozonizer anode structure.
本发明提供一种电解式臭氧发生器的阳极结构。
Methods in six years results of bacterium culture were compared in 110 times of ozonizer disinfection and 99 times of ultraviolet ray disinfection.
方法比较6年来两种消毒方法空气细菌培养结果，其中三氧消毒机方法110次，紫外线法99次。
The experimental results validated the validity of theoretical analyses and proposed a foundation to devising and studying the high frequency discharge power supplies for ozonizer.
实验结果一方面验证了理论分析的正确性，另一方面为下一步设计和研究放电电源提供了的依据。
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.
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。
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