离子发生器

  • 网络Ion generator;ionizer
离子发生器离子发生器
  1. 离子发生器也有助于通风和清洁空气。

    Also an ionizer is helpful for aeration and air cleansing .

  2. 2002年以光触媒及电子式离子发生器技术,发展空气净化器。

    In 2002 , we develop Photo-catalyst & electronic Ionizer Air Purifier .

  3. 介绍了负离子发生器的工作原理,设计出使用220V交流电源和+12V直流电源时的高压产生电路。阐发了笔者评价负离子发生器质量优、劣的观点。

    This article introduces the principle of anion generator , designs circuit producing high voltage from the power of ac 220V and dc + 12V and explains writer ` s opinion on the quality of anion generator .

  4. 关闭静电或负离子发生器作用30min,对金黄色葡萄球菌的消除率分别为99.25%与99.99%,作用60min者亦均达100%。

    Operation for 30 min with electrostatic field or negative ion generator being shut down could eliminate 99.25 % and 99.99 % of Staphylococcus aureus respectively and operation for 60 min also could eliminate 100 % of the bacteria .

  5. KGD-1800型高电压空气消毒机由进风机、过滤器、离心风机、多机线棒蜂巢静电场、负离子发生器与浸渍型活性炭吸附器等组成。

    KGD-1800-Type High-voltage Air Disinfector is composed of draft fan , air filter , air centrifuge , honeycomb electrostatic field , anion generator and activated carbon adsorber . Its efficacy in removing bacteria and purifying air was observed experimentally .

  6. HE系列空气负离子发生器对氡及其子体的净化作用

    The cleaning function of he anionic generator to radon and radon progeny

  7. 我们用负离子发生器净化一下空气吧。

    Let 's purify air with a negative ion generator .

  8. 介绍一种我们研制的新型液体电极式空气负离子发生器。

    This paper introduces a new air negative ions producer with liquid electrodes .

  9. 最有效的离子发生器是无声放电式的。

    The most effective air & ion producer is worked by statistic effluvium .

  10. 直流离子发生器性能的研究

    Study of the performance of DC ionic generator

  11. 蒸汽喷射离子发生器及其应用

    An ion generator by steam and its application

  12. 负离子发生器原理与设计

    The Principle & Design of Anion Generator

  13. 衣物干燥器的底座上还设置有负离子发生器。

    The base of the clothes dehumidifier is further provided with a negative ion generator .

  14. 空气负离子发生器产品概况

    Survey of the air anion generators

  15. 负离子发生器的两个主要性能参数是负离子浓度和臭氧浓度。

    Two major performance parameters of negative ion generator are negative ion concentration and ozone concentration .

  16. 介绍了空气清新机(负离子发生器)的组成及原理。

    In this paper , the component and principle of the living air device is introduced .

  17. 负离子发生器对空气的净化作用

    Purification of air by anion generator

  18. 一种新型液体电极式空气负离子发生器的研制及临床应用

    The development of a new air negative ions producer with liquid electrodes and its clinical application

  19. 负离子发生器制造技术

    Technology of manufacturing anion generator

  20. 所得结论在手持式静电喷雾器、应急电源、家用负离子发生器等设备中得到验证。

    Conclusion is verified on a portable electrostatic sprayer , emergency power supply , household negative ion generators , and so on .

  21. 基于静电空气净化器和负离子发生器的设计需要,给出了圆柱形细导线为电极的负单极电晕的定量分析;

    In order to devise air depurate instrument and anion generator , quantitative analysis of the corona of negative single electrode with column form is given .

  22. 一种附有消毒功能的饮水机控制电路,包括超声波传感器电路和负离子发生器电路。

    The utility model relates to a drinking water machine control circuit with sterilization function , comprising an ultrasonic wave sensor circuit and an anion generator circuit .

  23. 冷暖空调加上负离子发生器,清新感受永驻居室,令您百倍舒适。

    The air conditioner ( heat and cool ) together with an anion generator keeps the air in your room pure and fresh and keeps you very comfortaBle .

  24. 它是由磁化蒸汽离子发生器、输汽管、喷头和支架组成。

    The utility model comprises a generator which is used to magnetize the steam ion , a steam transferring pipe , a spraying head , and a support frame .

  25. 本文探讨了HE-Ⅰ和HE-Ⅱ型空气负离子发生器降低地下人防工程内氡及其子体浓度的效果。

    The purpose of this experiment is to study the effect of HE ⅰ and HE ⅱ air anionic generator in reducing the concentration of indoor radon and radon progeny .

  26. 同时本论文根据负离子发生器的电源性能要求、设备的实用性角度出发的,结合现代电力电子技术的发展,采用高频开关式高压直流电源技术。

    The paper adopts high frequency switching high voltage DC power supply technique combined with development of modern electric and electronics technology according as power supply demand of negative ion generator and practicability of equipment .

  27. 离子水发生器的自动倒极工艺

    Automatic Electrodes Reverse Technology of Ion Water Generator

  28. 以延迟时间继电器为主构成的控制调节电路控制电动球阀和电极极性调换,可以实现离子水发生器的自动操作,而且相对成本低,操作简单,可调性强。

    The circuit headed by the time-delayed timer to control the electric ball valves and electrodes to change their work patterns was used to realize the automatic operation of the generator of ion water .

  29. 现有的离子水洗衣机大多采用金属氧化物涂层阳极(DSA)作为其离子水发生器的电解阳极,钛基电极为最常用的DSA电极。

    Now the usual ionized water washing machine adopted Dimension stable anode as the anode in ionized water generator , the titanium base electrode was the commonly used electrode in daily life .

  30. 指出释放负离子纺织品不仅能改善空气环境,还具有良好的医疗保健功能,是一种随身携带的负离子发生器;

    The characteristics of negative-ion textiles contribute to improving environment and human health .