本文介绍了一种新型的空气负离子发生器。
空气负离子浓度与空气环境质量密切相关。
Air negative charge ion concentration (ANCIC) has a close relationship with air quality.
本文介绍一种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.
空气负离子浓度与空气相对湿度呈指数递增关系。
There was an exponential relationship between ANCIC and air relative humidity.
结论空气负离子疗法是一门新兴的疗养医学学科。
Conchusion The results suggest that the negative aeroion therapy are a new science of convalescent medicine.
下雨后空气负离子浓度和空气质量有明显的提高。
The negative air ions concentration and air quality are the lowest in January, while the highest is in September;
研究显示：山林植被提高空气负离子浓度水平显著；
The results show that: the level of air ions concentration was improved significantly by forest vegetations;
而且针叶林下的空气负离子浓度和空气质量要好于阔叶林。
And under conifer forest, the air-anion concentration and ability of air was higher than broadleaf forest.
近年来，空气离子特别是空气负离子的保健作用受到人们的普遍关注。
In recent years, the health function of air ions, especially of air anion has received an universal attention.
森林地区空气负离子浓度明显高于其它地区，成为重要的森林旅游资源。
The air anion in the forest areas, obviously with a higher density than that in other areas, is an important forest tourism resource.
空气负离子浓度与温度呈极显著负相关，与相对湿度、气压呈极显著正相关。
The air negative ion concentration was significantly negatively correlated with air temperature, and positively correlated with air pressure and relative humidity.
森林环境中空气负离子浓度与温度成显著负相关，与空气相对湿度成正相关。
In forest surroundings, the correlation between aero anion concentration with temperature and moisture are significant.
结果表明：从福州市中心向郊区空气负离子浓度逐渐增大，单极系数逐渐减小；
The results showed that negative air ion concentrations increased gradually and ion polarity ratio decreased gradually from city center to suburb.
目的：探索预防性吸入空气负离子对噪声性听力损失的保护作用和听力恢复规律。
Aim: To explore the protective effects of prophylactic inhalation of negative air ions on noise-induced hearing loss and the rule of hearing recovery.
结果表明：油菜和小麦能增加周边环境中空气负离子浓度，且在幼苗期表现明显；
Though the negative air ion concentration was sensitive to ambient environment, we found that rape and wheat crops can contribute to increase negative air ions in ambient air.
综述了空气负离子的研究历史、产生过程以及增加空气负离子改善城市环境的措施。
The paper summarizes research history and forming process of air negative ion, and how to increase air negative ion to improve city environment.
在相关文献的基础上，由室内、室外二方面进一步探讨了空气负离子与城市环境的关系。
Based on correlative literature, this paper, in the room, outdoors, further discusses its connection between air negative ion and city environment.
为探讨空气负离子对免疫功能的影响及其作用机理，用雄性小鼠132只，随机分为6组。
To determine the effect of negative air ions on the immunological function and their biological mechanisms, 132 healthy male mice were divided into 6 groups at random.
本公司专业生产汽车补漆笔，汽车轮胎彩绘笔，静电宝，空气负离子净化器，硅胶防滑垫等等。
Auto Paint Pen, Auto Tire Pen, Static Discharger, Car Air Purifier, Auto Non-slip Mat, etc.
分析了绿地系统的降温效应、增湿效应，碳氧平衡效应，吸尘、杀菌、减噪效应和空气负离子效应。
Studying on drop temperature effect, add humidity effect, balance of carbon and oxygen effect, absorbing dirt effect, killing germ effect, decreasing noise effect and air anion effect.
结论：预防性吸入空气负离子可增加耳蜗血流量，改善微循环，因而对保护噪声性耳蜗损伤是有益的。
Conclusion: Prophylactic inhalation of negative air ions can increase the cochlear blood flow and promote microcirculation thus protecting the cochlea from acoustic trauma.
在桂林国家森林公园选择不同的植被群落类型进行空气离子浓度监测，研究森林游憩区空气负离子浓度水平变化。
To study the variation of aero-anion concentration in forest recreational areas, the concentrations of aero-ion were measured under different vegetation types in Guilin National forest Park.
该文通过对空气负离子、植物精气、森林空气细菌含量及林区气候的研究，表明森林环境是人类理想的休闲疗养场所。
Studies on the air irons, phytoncidere, bacteria content in forest air and forest climate show that forest is an ideal place for human's leisure and healthcare activities.
选择南方有代表性的森林游憩区进行森林环境中空气负离子水平研究，结果表明：（1）不同林分类型的森林环境中空气负离子水平差异较大。
The studies on the concentration of aero anion in some south China forest recreation areas showed: (1) The aero anion concentration has differences in different forest types.
空气在这段时间当中富含有益的负离子，因此非常新鲜。
At this time, the air is very fresh with lots of beneficial negative ions.
空气中正离子约占56%，负离子约占44%。
That means that about 56% of the ions in the air are positive, and that about 44% are negative ions.
而在室内养植仙人掌，却可使室内空气中负离子增加，有益健康。
And raise establish cacti indoors, can make the anion in indoor air increases however, healthful.
我们用负离子发生器净化一下空气吧。
我们用负离子发生器净化一下空气吧。
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