After that,electronic characterization of C-face Graphene is discussed,where it is shown that the system has characteristics of Dirac electrons and possesses great properties.
这些实验证明这种材料中的电子是狄拉克电子,同时也发现材料具有优异的电学性质。
By introducing the double spacetime manifold,the double γ matrices and Dirac spinors,the action of the Dirac spinorial fields is doubled.
将二重复函数理论运用于阿西特卡自对偶引力理论中 ,通过引入二重时空流形 ,二重 γ矩阵以及二重狄拉克旋量 ,将狄拉克旋量场的作用量二重化 ,进而研究狄拉克旋量场与阿西特卡引力场的二重耦合问题 ,得到二重自对偶耦合作用量 ,并且能用它统一地描述罗仑兹引力和欧几里德引力 。
The Doubling of the Dirac Spinorial Fields and the Coupling to the Double Complex Ashtekar Gravitational Fields
狄拉克旋量场的二重化及其与二重复阿西特卡引力场的耦合
Negative Energy Densities and Quantum Inequalities in the Dirac Field
狄拉克场中的负能量密度与量子不等式
Two-component spinor method to solve the Dirac equation and a new look into the basic concept
狄拉克方程的单旋量解法以及由此引起的认识上的差异
The Dirac equation is decomposed into a pair of equations of two spinors.
把狄拉克方程分解成了两个单旋量的联立方程组 .
The Supersymmetry and Eigen Energy Spectrum of a Charged Dirac Particle in a Uniform Constant Magnetic Field and Supersymmetic Quantum Mechanics
均匀稳定磁场中带电狄拉克粒子的超对称性和本能谱及超对称量子力学
The " Two-poles Restraint" Caused by the Blocoeffect and the Determination of Dirac Constant (Introduction to the Tiedor Mechanics Ⅲ)
两极相约与狄拉克常数的确定(胁量力学初导Ⅲ)
This article provides the theoretical foundation for the existence of electron spin through the discussion of Dirac equation.
通过讨论狄拉克方程 ,提供电子自旋存在的理论验证
lagrange dirichlet theorem
拉格朗日 狄利克莱定理
Fermi-Dirac distribution function
费米－狄拉克分布函数
fermi distribution function
费米 狄拉克分布函数
Dirac's Principle of Mathematical Beauty:Review of Dirac:A Scientific Biography
狄拉克的数学美原理——《狄拉克:科学和人生》读后
Exact Solutions of the Dirac Equation for Low Orbital State in a Coulombic Potential with Additional Linear Confinement
在附加线性禁闭的库仑场中狄拉克方程低轨道激发态的确切解
Supersymmetry and Eigen Energy Spectrum of a Charged Dirac Particle in a Uniform Constant Magnetic Field
均匀恒定磁场中带电狄拉克粒子的超对称性和本征能谱
Fermion condensate and Dirac operator determinant with external gauge fields and dynamical fermion self energy
含外规范场和动力学费米子自能的狄拉克算符及费米子凝聚
Clarence Endive was from East Egg, as I remember.
我记得，克拉伦斯-恩狄是从东卵来的。
A new expression of the Dirac equation was found.
作者找到了一个狄拉克方程的新表象 .
A NARROW VIEW OF P. A. M. DIRAC S SCIENCE AEHETICS THEORY AND PERFECT METHODOLOGY;
沉醉于科学美的物理学大师──狄拉克
APPLICATION OF ORIGIN SOFTWARE IN FERMI-DIRAC EXPERIMENT
Origin在费米-狄拉克实验中的应用