Using oil-free compressors where practical helps to minimize the chance of getting oil in the ozone generator. 使用不含油脂的压缩物哪里实际的有助于将在新鲜的空气产生器中得到油的机会减到最少。
Generally, it is not recommended to operate an ozone generator without monitoring or some form of automatic and manual control. 通常,它没被推荐操作没有监听或一些形式的自动机械和手册控制的一个新鲜的空气产生器。
Research and Design of Multi-Frequency Quasi-Resonant Inverter for Ozone Generator 多频准谐振臭氧发生电源的研究与设计
Ozone generator, whose material is clear and oxygen, produces the ozone under high-press ure dischange ionization. 臭氧发生器是以洁净空气或氧气为原料,在高压下无声放电电离产生臭氧。
The utility model greatly prolongs the service life of the ozone generator and has compact structure, easy production and beautiful appearance. 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。
Relationship between the capacity of ozone generator and ozone concentration accumulated in two types of cold storage rooms 臭氧发生器产量及冷库类型与臭氧积累量关系
The interior of the cabinet body is provided with a perfuming device and a ceramic ozone generator. 柜体内设置有加香器和陶瓷臭氧发生器。
Output and Control of Nitrogen Oxides Produced by Household Ozone Generator as By-products 家用臭氧机副产物氮氧化物的产量及控制
The Application of Delta Inverter in the IF of the Ozone Generator 台达变频器在中频臭氧发生器中的应用
An ozone generator, which produces ozone rapidly and efficiently with low energy consumption, is introduced in this paper. 文章介绍了一种能耗低、效率高、快速生产臭氧的新装置。
This paper studies technological improvement of industrial ozone generator for low power consumption and high ozone density, explains the mechanism to limit dissociation rate of produced ozone. 研究工业臭氧发生器低电耗、高浓度的技术改进,阐述其抑制臭氧分解反应的机理。
The electrical characteristics of the DBD type ozone generator powered by sinusoidal current source are analyzed on the basis of this equivalent circuit. 对正弦波电流供电DBD型臭氧发生器的电气特性进行了深入研究。
The design of ozone generator has been optimized by experiment. 依据大量的实验数据来寻找规律,进行高浓度臭氧产生装置设计参数的优化。
A frequency tracking phase shift PWM control strategy for DBD ozone generator is proposed in this paper. 提出一种DBD型臭氧发生器电源频率跟踪移相PWM控制技术的实现方案。
For high ozone content and efficiency, the discharging behavior and performance of a plate-type micro-gap ozone generator were studied. 以获得高效率高浓度臭氧为目标,研究了平板式微间隙臭氧发生器的放电特点和性能。
A Frequency Tracking Phase Shift PWM Control Technology for DBD Ozone Generator and its Realization DBD型臭氧发生器电源的频率跟踪移相PWM控制技术及其实现
Study of Fundamental Wave Equivalent Circuit and Dynamic Characteristics of DBD-Type Ozone Generator Powered by Medium-Low Frequency Sinusoidal Voltage 中低频正弦电压供电DBD型臭氧发生器基波等效电路与动态特性研究
This paper is mainly concerned to research and develop high power series resonant inverter power supply for DBD ozone generator. 论文主要研究与开发大功率串联谐振式DBD型臭氧发生器的供电电源。
After the reconstruction, the operation practice for more than three months proves that this system is safe and reliable, guaranteeing the stable operation of ozone generator. 实施改造后三个多月的运行实践证明,该系统安全可靠,保证了臭氧发生器的稳定运行。
The Research on Power Supply for DBD Ozone Generator DBD型臭氧发生器电源的研究
Some data from calculation supplies us many references on improving the ozone generator ′ s power efficiency and output. 计算得出的一些数据可为提高臭氧发生器电能利用率和臭氧产量提供参考依据。
Dynamic Simulation and Experiment Analysis of Ozone Generator Inverter 臭氧发生器高频逆变电源的动态仿真与实验分析
A kind of fundamental wave equivalent circuit of dielectric-barrier discharge ozone generator powered by sinusoidal voltage is proposed. The equivalent circuit consists of two nonlinear fundamental wave equivalent elements& resistor Re and capacitor Ce. 提出了一种新的正弦电压供电DBD型臭氧发生器基波等效电路,该电路由非线性基波等效电阻Re和基波等效电容Ce简单并联组成。
Technical properties of the ozone generator have been determined and effects of various technical factors on the ozone yield have been studied. 测定了这种臭氧发生器的技术性能,探讨了不同工艺因素对于臭氧产率的影响。
Research on Development of Gas Discharged Ozone Generator 气体放电臭氧发生器的研究进展
Research on load characteristics of DBD ozone generator. DBD型臭氧发生器负载特性研究。
Characteristic of High-frequency Series Resonant Ozone Generator 串联谐振型高频高压臭氧发生器特性研究
Study on the Electrode Used in Surface Discharging Ozone Generator 沿面放电臭氧发生器电极的研究
Study on Discharge Characteristic of High-concentration Ozone Generator 高浓度臭氧发生器放电特性实验研究
Especially for high-power ozone generator, medium frequency ozone generators system and its supporting power supply become the research hotspot. 特别是对于大功率臭氧发生器,中频臭氧发生器系统及其配套电源成为了人们研究的热点。因此,本文针对这个热点,对中频介质阻挡型臭氧发生器系统中的逆变电源进行研究。