1.
Density functional theory study on structures of high-valent ion inside nanopores
密度泛函理论研究高价离子在纳米孔内的结构
2.
In addition, divalent metal adduction provided improved positive mode ionization efficiency for these peptides.
此外，二价金属加合提高了这些肽段的正离子模式离子化效率。
3.
chaotropic anion
离液序列高的阴离子
4.
The adhesive force and swelling resistance of the coating were improved by the addition of the chemical compound of metal ion.
通过高价金属离子化合物的引入,改善了涂层的附着力和耐水性。
5.
Studies on Series of High Valence Transitional Metal Nitride as Novel Anode Materials for Lithium-Ion Battery
磁控溅射制备高价氮化物并用于锂离子电池电极材料的研究
6.
Theoretical Studies on Dielectronic Recombination of Highly-stripped Ions for Gold Plasma;
金等离子体高离化离子双电子复合的理论研究
7.
physics of high temperature plasma
高温等离子体物理学
8.
plasma and high energy physics
等离子体和高能物理学
9.
high-speed plasma chromatography
高速等离子色谱(法)
10.
high temperature plasma dynamics
高温等离子体动力学
11.
high output implanter
高功率离子注入装置
12.
high-voltage glow-discharge ion source
高压辉光放电离子源
13.
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
14.
A molecule or ion that can combine with another by forming a covalent bond with two electrons of the other.
分子，离子可通过两个电子形成共价键而结合在一块的分子或离子
15.
Theoretical Analysis of Beam-foil Spectra of Highly Ionized Sulfur Ions
高离化态硫离子束箔光谱的理论分析
16.
BMIPF_6 as high temperature additive in LiPF_6-based lithium ion electrolytes
BMIPF_6室温离子液体对锂离子电池高温性能的影响
17.
Studies on Separation Methods of Cr(Ⅵ) from Electrodynamics Wastewater;
电镀废水中六价铬离子分离方法的研究
18.
A valence elect ron can move away f rom it satom, leaving it a hole.
价电子能够脱离其原子给原子留下一个空穴。