1.
This paper introduces a new air negative ion producer,wbichcan producehigh concentration of air negative ions, virtually no ozone, Ozone can be con-trolled effectually.
本文介绍一种输出负离子浓度高，几乎无臭氧的空气负离子发生器。
2.
THE DEVELOPMENT OF HIGH CONCENTRATION AIR NEGATIVE ION PRODUCER WITHOUT OZONE
无臭氧高浓度空气负离子发生器的研制
3.
Let's purify air with a negative ion generator.
我们用负离子发生器净化一下空气吧。
4.
ultrasonic negative-ion generator
超声波负离子发生器
5.
technology of manufacturing anion generator
负离子发生器制造技术
6.
In 2002, we develop Photo-catalyst &electronic Ionizer Air Purifier.
2002年以光触媒及电子式离子发生器技术,发展空气净化器.
7.
Research on Aero Anion Resources Eco-Tourism Development of Beishan National Forest Park in Qinghai Province;
青海北山国家森林公园空气负离子资源生态旅游开发研究
8.
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.
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。
9.
Design of Anion Air Purifier and Research of Application Technology
负离子空气净化器设计与应用技术研究
10.
air producer gas
空气(发生器)煤气
11.
Business and Products: Wholesale of cosmetology instruments; Producing and selling“ Zhongfa” trademark pocket-size cosmetology instrumente and dual-anion air freshener.
公司业务、品名称：美容仪器批发、产加工销售中发牌袖珍美容仪和双负离子空气净化器。
12.
Study on the Distribution Laws of Negative Air Lons and Its Exploration and Use in Mountain Yuelu;
岳麓山空气负离子分布规律及开发利用研究
13.
Developing Aeroanion Resource in Forest Park of Qingling North Mountain;
秦岭北坡森林公园空气负离子资源的开发利用
14.
Studies on Negative Ion of Air and Materials and Its Application;
空气负离子及负离子材料的评价与应用研究
15.
Optimum Design of the Power Supply for the Indoor Negative Ion Air Cleaner with Heating Electrodes;
电极加热型室内负离子空气净化器电源的优化设计
16.
Research on Tourism Development in Xiao Longshan Forest Area Based on Development of Exploiting Aero-anion Resources in Forest Air in China;
基于森林空气负离子资源开发的小陇山林区旅游发展
17.
Study on the Temporal-spatial Pattern of Aero-anion in Urban Green Space;
城市绿地空气负离子分布规律的研究
18.
Multiplier effect of pulsed electric field-mediated plant negative air ion launched and its significance
脉冲电场介导的植物空气负离子发射的倍增效应及其意义