1.
Research on Correlation between Topological Index ~mP and Valence Electron Orbit Energy;
拓扑指数~mP在价电子轨道能量中的相关性研究
2.
Correlativity between the topological index ~mE of valence electron orbit energy and the acidity of inorganic hydrides
价电子轨道能量指数~mE与无机氢化物酸性的相关性
3.
Electron Orbit and Quantization of Energy in Hydrogen-like Atom;
类氢原子中电子轨道和能量的量子化
4.
An electron momentum spectroscopy investigation on valance orbitals of molecule N_2
N_2价轨道的精细电子动量谱学研究
5.
An electron in the innermost orbit has the least energy.
最里面的轨道上的电子能量最低。
6.
Theoretical Research of the Electron Momentum Distribution of the Valence Shell Orbitals for CH_3CN
CH_3CN分子价壳层轨道电子动量分布的理论研究
7.
On the Influence of Orbital Energy of Halogenous Atoms on Certain Properties of Halogens;
卤原子的价层轨道能量对卤素某些性质的影响
8.
a theory of atomic structure that assumes an electron orbiting a nucleus can only be at certain energy levels.
假设电子需要有一定能量才能环绕核子轨道的原子结构理论。
9.
The effect of electronegativity and valence electron orbit energy topological index on superconductive critical transition temperature of doping MgB_2 system
电负性/价电子轨道能拓扑指数与MgB_2体系转变温度的关系
10.
An X-ray tuned to the correct energy can knock an electron out of the innermost orbital.
将X射线调到恰当的能量可以将铁原子最里层轨道的电子振出来。
11.
From Binet Equation to Quantize Elliptical Orbit of Electron in Hydrogen-like Atom
从比耐公式到类氢原子电子的量子化椭圆轨道
12.
Quantum mechanics uses complex number wave functions (sometimes referred to as orbitals in the case of atomic electrons), and more generally, elements of a complex vector space to explain such effects.
量子力学用复数波功能（有时指轨道内的原子电子），而更通常用复向量空间原理来解释这类作用。
13.
A 21-centimeter photon is much less energetic than the photons typically emitted by hydrogen as electrons jump between orbits.
21厘米光子的能量远比一般氢原子因电子变换轨道而发射的光子来得低。
14.
free electron molecular orbital model
自由电子分子轨道模型
15.
Simple Derivation of Kinetic Energy and Quantize Semi axis of Elliptical Orbit in Hydrogen like Atom;
椭圆轨道的动能和量子化半轴、能级的简明推导
16.
Generalized Energy Index for Comprehensively Evaluating the Dynamic Characteristics of Vehicle/Track System
综合评价车辆/轨道系统动态特性的广义能量法
17.
Relationship between doping rare-earth iron oxyarsenides superconductivity and average energy of valence orbit
价层轨道平均能与掺杂铁基砷化物超导电性
18.
Electronic spin is not the relativistic effect of the orbital angular momentum
电子自旋不是轨道角动量的相对论效应