1.
In general, delayed or distorted pulses, excessive plateau slope, raised working voltage, or failure to count at all are likely results of negative ion formation.
一般说来，延迟或畸变脉、过度的坪斜、工作电压的升高和不能计数，都可能是负离子形成的结果。
2.
In the region where the corona exists, large numbers of positive and negative ions are formed.
在存在电晕的区域，形成了大量正离子和负离子。
3.
In some way, positive and negative ions are developed in a thunderstorm.
在雷雨中，正离子和负离子以某种方式形成。
4.
The electron soon attaches itself to another molecule, making a negatively charged ion.
这个电子会立即同其他气体分子耦合并形成一个负离子。
5.
Generation and α-hydroxyalkylation of a Novel 3-piperidinol N-α-carbanion intermediate
3-羟基哌啶氮α-碳负离子的形成及α-羟烷化反应
6.
The positive energy develops into fundamental particle, and the negative energy develops into negative energy field.
正能量形成基本粒子,负能量形成负的能量场.
7.
a chemical bond in which one atom loses an electron to form a positive ion and the other atom gains to electron to form a negative ion.
一个原子失掉一个电子来形成一个正离子，另一个原子得到一个电子来形成一个负离子的化学键。
8.
average energy per ion pair formed
平均每离子对形成能
9.
cationic film forming inhibitors
形成阳离子膜阻蚀剂
10.
n formation analysis
络离子形成分析(法)
11.
As a result they become negatively charged.
两者结合后会成为带负电荷的离子。
12.
The Study on Synthesis of Li_4Ti_5O_(12) as Anode Electrode for Lithium Ion Battery;
锂离子电池负极材料Li_4Ti_5O_（12）的合成研究
13.
Investigation on Aggregate Morphologies of Cationic/Anionic Surfactants Mixture Containing Carboxylate Gemini Component in Aqueous Solution;
含羧酸盐Gemini成分的正/负离子表面活性剂混合体系聚集体形貌的研究
14.
PTPα Acts as a Negative Modulator of Myelination of Small CNS Axons;
PTPα是小纤维髓鞘形成的负性调节分子
15.
Study on Modification Spherical Graphite as Anode Materials in Lithium Ion Battery;
改性球形石墨用于锂离子电池负极材料的研究
16.
SnS with Various Morphologies and Sizes as Anode Material for Lithium Ion Batteries
不同形貌和尺寸的锂离子电池SnS负极材料(英文)
17.
Nuleophilic Addition of α-Carbon Minus Ion and Its Application in Organic Synthesis;
α—碳负离子的亲核加成及在有机合成中的应用
18.
The Process of Xel Excimer Formation in Discharge Plasma;
放电等离子体中XeI准分子形成过程