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1.Inertial Frame in Special Relativity, Spacetime, Lorentz Transformation, Lorentz Contraction, Time Dilation, Velocity Transformation, Relativistic Optics, Relativistic Particle Mechanics, Relativistic and Electromagnetism.
特殊相对论之惯性座标、时空、劳伦兹变换、劳伦兹收缩、时间延伸速度变换、相对论光学、相对论质点力学、相对论电磁学。收藏指正
2.The possible level crossing between positive and negative energy levels of a relativistic particle near the event horizon of Vaidya-Bonner black hole is studied by the use of Hamilton-Jacobi equation,The results show that the particles satisfying the condition of level crossing come into being the Starobinsky-Unruh process through the quantum tunneling effects.
本文用Hamilton－Jacobi方程研究了Vaidya－Bonner黑洞视界附近相对论粒子的正负能级交错现象，满足交错条件的粒子可以通过遂道效应而形成Starobinsky－Unruh过程。收藏指正
3.Zitterbewegung-spin Coupling Operator on Relativistic Dirac Particle
相对论Dirac粒子的颤动—自旋耦合算符收藏指正
4.relativistic quantum-mechanical equations of particle and multiparticle system
单粒子与多粒子体系的相对论量子力学方程收藏指正
5.RELATIVISTIC ENERGY LEVELS CALCULATION OF DIRAC PARTICLE IN CHARGED SCHWARZSCHILD SPACETIME BY USING SPINOR METHOD
用旋量零标架方法导出带电Schwarzschild黑洞时空中Dirac粒子的能级收藏指正
6.Relativistic energy levels calculation of Dirac particle in nonstatic Vaidya-de Sitter black holes space time
动态Vaidya-de Sitter时空中Dirac粒子的能级收藏指正
7.Relativistic Energy Levels Calculation of Dirac Particle in Non-static Vaidya Black Holes Space Time by Using Spinor Methed
用旋量零标架方法导出动态Vaidya黑洞时空中Dirac粒子的能级收藏指正
8.RELATIVISTIC ENERGY LEVELS CALCULATION OF DIRAC PARTICLE IN SPHERICALLY SYMMETRIC NON-STATIC BLACK HOLES SPACE-TIME BY USING SPINOR METHOD
用旋量零标架方法导出球对称动态黑洞时空中Dirac粒子的能级收藏指正
9.Relativistic Energy Levels Calculation of Dirac Particle in Spherically Symmetric Evaporating Black Holes With Electric Charges Space-time by Using Spinor Method
用旋量零标架方法导出球对称带电蒸发黑洞时空中Dirac粒子的能级收藏指正
10.Particle simulation on S-band relativistic two-stream amplifier
S波段相对论Klystron双流放大器的粒子模拟收藏指正
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