臭氧发生器

The technology scheme is chosen middle frequency DBD to develop large-scale ozonizer. And based on above mention, the test prototype is realized successfully, when fed gas is oxygen, the test prototype can output 300g/h ozone gas, and the ozone concentration is about 50g/m〓, the energy efficiency is 150g/kWh.

选择确定中频介质阻挡放电作为研制大产额臭氧发生器的技术方案，并在放电等离子体合成臭氧的试验研究基础上，研制成功300g／h的臭氧发生器试验样机，原料气体为氧气时，样机产生臭氧的浓度为50g／m〓，并达到150g/kWh的臭氧产率。

Already succeeded the development main product to have each kind of ozonizer, the home use live oxygen machine, the air cleaner sterilizing machine, the vehicle with the air fresh machine, the vehicle to eliminate the taste sterilization machine, the industrial used ozone sterilizing machine, the room fast with the ozone the oxygen, the water treatment special-purpose ozonizer, as well as HACCP, the GMP standard produces the air fast sterilization machine and so on several dozens products.

现已成功开发主要产品有各种臭氧发生器、家用活氧机、空气净化器消毒机、车用空气清新机、车用臭氧快速除味杀菌机、工业用臭氧消毒机、房间氧吧、水处理专用臭氧发生器、以及HACCP、GMP标准生产空气快速杀菌机等几十种产品。

METHODS: The concentration of ozone that was transmitted by ozone generator at different time was determined by using iodine titrimetric method. According to the bactericidal assay of quantitative vehicle, the bacteria on the ozonized vehicles and unozonized vehicles was washed, 50μl eluant was seeded on the TSA plates. The TSA plates were put into the anaerobiotic incubator (90% N2, 10% CO2, 37℃). After 24 to 48 hours, the CFU on the plate was counted.

用碘滴定法测定打开臭氧发生器不同机组及不同时间时的臭氧浓度，按载体定量杀菌试验，将经臭氧作用的载体与相同环境下未经臭氧作用的载体上的细菌洗下，各取洗脱液50μl，接种于TSA平板并置厌氧箱(90%N2， 10%CO2， 37℃)培养24~48h后，进行活菌菌落计数。

To raise ozone output of ozonator,it demands that ceramic plate materials for ozonator have good dielectric properties and quite high thermal conductivity.

为了提高臭氧发生器的臭氧产量，要求臭氧发生器用的陶瓷基板材料具有较高的介电性能和热导率。

Our company produced, excellent-performance electrolytic ozone generator applies to series products such as high concentrated ozone sterilizer, ozone gynecological therapeutic instrument, ozone oral therapeutic instrument, multifunction medical manual sterilizer, medical air sterilizer, fruit, vegetable and agricultural chemical alexipharmic machine, oxygenized purified water machine, and multifunction in-car oxygen purification machine, etc..

本公司生产的性能优良的电解式臭氧发生器应用在：高浓度臭氧消毒机，臭氧妇科治疗仪，臭氧口腔治疗仪，多功能医用手消毒机，医用空气消毒净化机，果蔬农药解毒机，富氧净化水机，多功能车载氧气净化机等系列产品上。

According to the bactericidal assay of quantitative vehicle, the bacteria on the ozonized vehicles and unozonized vehicles was washed, 50μl eluant was seeded on the TSA plates.

用碘滴定法测定打开臭氧发生器不同机组及不同时间时的臭氧浓度，按载体定量杀菌试验，将经臭氧作用的载体与相同环境下未经臭氧作用的载体上的细菌洗下，各取洗脱液50μl，接种于TSA平板并置厌氧箱（90％N2，10％CO2，37℃）培养24-48h后，进行活菌菌落计数。

Against the load characteristic of DBD ozone generator, this paper is to design a kind of inverter working at kilowatts level to meet above needs.

本文研究的目的在于针对DBD型臭氧发生器的负载特性的，设计一种数千瓦级功率的高频高压逆变电源以满足臭氧发生器这类装置的需要。

The structure composition adopted in the method are all established through experiments,including oxidant of ozone generated by ozone generator with electrolytic type, samplingmode by Flow Injection, Detecting System by Chemiluminescence. Based on the structurecomposition, the paper analyzed ozone generator with electrolytic type, includingthe method of generating steady concentration and raise oxidative degree.

在结构基础上分析了电解式臭氧发生器产生稳定浓度和提高氧化能力的方法，通过加入臭氧溶液平衡室，在动态平衡条件下，使臭氧溶液在UV灯条件下，产生稳定组成氧化剂—O_3和羟基自由基；分析了采样系统—流动注射的流动条件以及试剂浓度，包括羟基自由基消除试剂碳酸氢钠溶液、臭氧氧化发光试剂鲁米诺溶液、金属离子化学发光干扰屏蔽试剂钴离子溶液等；分析了化学发光检测与数据处理系统信号采集以及误差消除方法。

The characteristics of tube-type and plate-type ozonizers with mesh electrodes under power frequency ac voltages are studied.

在试验装置上测量了不同频率下DBD型臭氧发生器的V-A特性和放电功率，研究了臭氧发生器这种特殊负载的动态电容、功率因数等的变化规律。

Because the characteristic of the discharge could be strongly affected by the construction of the electrodes, three common used electrodes (direct discharge between two metal electrodes, silent discharge, surface discharge) were analyzed and compared in detail.

结合臭氧形成机理研究，比较了3 种放电形式在产生臭氧方面的特点。研制成功了产品化臭氧发生器，经检测，在使用未经处理的室内空气作为气源时，该发生器的臭氧生成效率为68.44 g／。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。