1.
Energy of the 1s~22snp State of Beryllium-like Atoms
类铍原子1s~22snp组态的非相对论能量
2.
Investigation on the Energy Levels and the Fine Structure of Beryllium-like Atoms;
类铍体系相对论能量和精细结构的研究
3.
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
4.
relativistic rate of energy loss
相对论性能量损失率
5.
THE RELATIVASTIC TRANSFORMATION OF ENERGYFLOW DENSITY VECTOR AND ENERGY DENSITYOF ELECTROMAGNETIC FIELD
电磁场能流密度矢量与能量密度的相对论变换
6.
Research on the Concepts Mass,Energy and Kinetic Energy in the Special Theory of Relativity
狭义相对论质量、能量和动能概念的研究
7.
Thus for energies in this range it is essential to use relativistic mechanics.
所以，对这样大的能量来说，必须应用相对论力学。
8.
STUDY ON STOPPING POWER OF MONO-ENERGETIC ELECTRONS IN THE EXPERIMENT TO VERIFY RELATIVISTIC RELATIONSHIP BETWEEN MOMENTUM AND ENERGY WITH β PARTICLES
β粒子验证相对论动量-能量关系实验中单能电子阻止本领的研究
9.
On the energy exchange between relativistic electrons in periodic magnetic field and light radiation
周期磁场中的相对论电子与光辐射的能量交换
10.
Calculating the Ground-State Energy of Li-ion by Using Hartree Approximate Method;
Li~+非相对论基态能量的Hartree近似方法计算
11.
nonrelativistic quantum mechanics
非相对论性量子力学
12.
relativistic increase of mass
质量的相对论性增加
13.
According to Einstein's Theory of Relativity, the amount of energy in an object depends on its mass and speed of light.
根据爱因斯坦的相对论，物体的能量大小依其质量和光速而定。
14.
The relativistic mechanics in chapter 21 is circumscribed with primary emphasis on the concepts of energy and momentum.
第二十一章的相对论性力学主要限于强调能量和动量的概念。
15.
Much as relativity subsumed Newtonian physics, a quantum theory of gravity will ultimately subsume relativity.
就如同相对论将牛顿物理学给纳入一般，终究也可能会有个量子理论，将相对论给收编进来。
16.
At present, Astrometrists can not pay no attention to relativity any longer.
今天,天体测量学家再也不能对相对论问题置之不理了。
17.
This experiment is going to validate the relations between the momentum and kinetic energy by determining the momentum and the kinetic energy of the celerity electron at the same time.
本实验通过对快速电子的动量及动能的同时测定来验证动量和动能之间的相对论关系。
18.
Energy is injected into space by quasars in the form of fast, nonrelativistic particles.
能量是以快速非相对论性粒子的形式由类星体注入空间的。