By analyzing the ozone cell electrical characteristic,theoritic resistance to voltage,and the ingredients which affect the character of ozone cell,it can be concluded from the result of the experiment and academic analysis that one tubular ozone cell of glass dielectrics will produce ozone more than 100 g / h in expect if only we choose optimized configuration parameter and work condition.

This paper deals with the design method and structure features of the high efficiency and adjustable intermediate frequency ozone generator with air as feed gas,which mainly consists of the adjustable intermediate frequency DC to AC converter and the macromolecular organic dielectric tubular ozone cell with two way cooling system.

The efficiency of tubular ozone generator is influenced by many factors which include feeding gas, power supply, structure of tubular ozone cell and c.

To meet the demand of more efficient and more stable ozone cell of ozone generator with higher yields,the main relevant factors are analyzed based on experiments and practice;and the principle and design of high efficiency ozone cell are studied in this paper.

The structure of ozone cell with high output and the parameter influencing its production rate are analyzed,especially the effects of discharge gap on ozone output and some other electrical property parameter,to choose optimized configuration parameter and work condition accordingly.

Study on a multifunction electrochemical ozone generator for home use;

A high efficient implementation of round-plate ozone generator;

Structure design and evaluation of ozone generator;