1.
The Structure for Excited States with High Angular Momentum of the Lithium-like Systems;
类锂原子体系高角动量态的理论研究
2.
The Valence Electron Quantum Defects of Rydberg Series for Lithium and Lithium-like Ions
锂原子和类锂离子里德堡序列价电子的量子数亏损
3.
Determination of high content Li in cathode materials of Li-ion battery by FAAS
原子吸收法测定锂离子电池材料中高含量锂
4.
Carbon Reduction of Lithium Cobalt Dioxide and Its Dissolution in Sulfuric Acid Solution
废锂离子电池钴酸锂的碳还原和硫酸溶解
5.
The Study of Dielectronic Recombination of H-Like He-Like and Li-Like for Mg Ions and Al Ions;
镁、铝类氢类氦类锂双电子复合的理论研究
6.
CALCULATION OF TRANSITION PROBABILITIES OF Li IN NEW MODEL POTENTIAL METHOD
用模型势方法计算锂原子的跃迁几率
7.
Study on Dynamics of Rydberg Atoms in External Field;
外场中里德堡锂原子动力学性质研究
8.
Variation Calculation for the Energy of Lithium Atom s (1s)~23p Configuration;
锂原子(1s)~23p组态能量的变分计算
9.
The reasons of rapid decline in cycle life of Li-ion battery
锂离子电池循环寿命快速衰减的原因
10.
Theoretical Research on the Transition Energy and Oscillator Strength of Lithium-Like Systems;
类锂离子体系跃迁能和振子强度的理论研究
11.
Calculations of 1s～2ns-1s～24p Transition Energies and Oscillator Strengths for Lithium-like Systems from Z=11 to 20;
类锂离子（Z=11-20）1s～2ns-1s～24p的跃迁能和振子强度
12.
Calculation of Oscillator Strengths and Lifetimes on the Transitions of High Rydbery States of Atom Li
锂原子高里德伯态跃迁的振子强度和辐射寿命
13.
Experimental Research on Synthesis and Chemical Properties of Lithium Borate Electrolyte of Li-ion Batteries;
含硼类锂离子电池电解质的合成与性质研究
14.
A Recurrent Calculation of the Non-relativistic Energies for the Ground State of Li-like Ions from Z=3 to 30;
类锂离子(Z=3-30)基态非相对论能量的递推计算
15.
The Energy Level Structure of Lithium-like V~(20+) Ion
类锂V~(20+)离子1s~2nd(n≤9)能级结构的理论计算
16.
Research progress, composing and working principle of lithium-ion secondary battery were described in this paper.
简述了锂离子二次电池的发展、成及工作原理。
17.
The principle of the fuse in the circuit for the lithium ion battery protects
锂离子电池保护电路中熔断器的实现原理
18.
The Preparation of Cathode Material LiFePO_4 for Lithium Ion Battery by the Hydrogen Thermal Reduction Method;
氢热还原法制备锂离子电池正极材料LiFePO_4