Ionized water is a new kind of health drinking water.

The preparation principle and applications of ionized water are reviewed.

本文介绍了电解离子水的制备原理和应用.

According to the aluminum state the various preparation processes are classified as solid, liquid, ionized.

根据制备过程中铝的状态可以将制备方法分为三类:固相法 、 液相法 、 电沉积法.

The impact wear behavior of AZ 91 D magnesium alloys in de-ionized water has been investigated.

研究了AZ91D镁合金在冲击载荷和去离子水介质综合作用下的磨损特性.

Theories abound as to how the ionized particles interfere with the sweating process.

关于被电离的微粒是如何干扰流汗过程,有很多种理论.

Q 3 . How am I able to know if the Frequency Type Ionizer is working?

我怎么知道频率型负离子发生功能在正常运作?

Radioactive material refers to material that may emit ionizing radiation by spontaneous nuclear transformation.

三放射性物质:指可经由自发性核变化释出游离辐射之物质.

Medical ionizing radiation plays most part in artificial radiation application.

医用电离辐射是最大的人工辐射应用领域.

The immune system is extremely sensitive to ionizing radiation.

免疫系统对电离辐射极度敏感.

Our knowledge regarding the effects of ionizing radiations is still meagre.

我们关于电离辐射效应的知识仍很不足.

As the starshine intensified , it eventually stripped electrons from the hydrogens, ionizing the atoms.

一旦星光增强,氢原子中的电子最后就会被打掉, 形成离子.

Oligodendrocytes are the target cells of ionizing radiation injury.

少突胶质细胞是中枢神经系统(CNS) 电离辐射的重要靶细胞.

It may result in acute radiation syndrome after body is exposed to ionizing radiation.

电离辐射作用于机体后,可致机体发生急性放射病.

Microwave is of non-ionizing energy from matter heated in electromagnetic field by high frequency.

微波是一种能以高频的方式使物质在电磁场中加热的 非 电离能量.

Radiation injury: Tissue damage caused by exposure to ionizing radiation.

辐射伤害: 曝露在电离辐射中造成的组织损伤.

Nucleon and use of radioactive isotopes to launch particle ionizing air molecules.

核子中和利用放射性同位素发射粒子,使空气分子电离.

Group A were restored by glass ionomer group B by light curing composite.

目的比较玻璃离子和光固化树脂两种材料修复牙体楔状缺损的临床效果.

A method on synthesis of ionone from litsea cubeba oil had been developed.

改进了由山苍子油合成紫罗酮的方法.

It traps charges, lowering the voltage on the ionosphere, and on us.

它挡住了电荷(挡住了太阳风), 使电离层的电压降低, 也使我们身体上感应的电压降低.

Its upper limit is determined by the conditions in the ionosphere.

其上限由电离层的状态而决定.

Their main limitation is that they are incapable of rising to the ionosphere.

他们主要局限性是不能上升到电离层.