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- J.D.Bjorken and S.D.Drell, Relativistic Quantum Mechanics. 量子力学,张永德著。
- Graphene makes it possible for experimenters to test the predictions of relativistic quantum mechanics with laboratory benchtop apparatus. 石墨薄膜让实验人员使用一般实验器材,就能验证相对论性量子力学的预测结果。
- According to the fundamental theory of group representations, a direct proof is given for the singleness of demension of Dirac s matrix in the relativistic quantum mechanics. 根据群表示论的基本定理,对相对论量子力学中狄拉克矩阵维数的唯一性给出直接证明。
- On the other hand, my feeling is that the relativistic quantum mechanics of electrons has a meaningful place among other theories of mathematical physics. 另一方面,我感觉电子的相对论量子力学有着在其它数学物理中意味深长的地方。
- Quantum mechanics can be formulated in either a relativistic or non-relativistic manner. Relativistic quantum mechanics (quantum field theory) provides the framework for some of the most accurate physical theories known. 量子力学要么可以用相对论要么用非相对论方式来阐明。相对论量子力学(量子场论)为某些熟悉的最精确物理理论提供了框架。
- The Relativity of Classical Mechanics and Relativistic Quantum Mechanics 经典力学的相对论化与相对论量子力学
- RELATIVISTIC QUANTUM MECHANICS FOR SCALAR PARTICLES AND SPINOR PARTICLES IN THE BELTRAMI-DE SITTER SPACETIME Beltrami-de Sitter时空中标量和旋量粒子的量子理论
- Self-Contradictions of the relativistic quantum mechanics a further research into fundamental theoretical problem of the quantum field theory 相对论量子力学的不自洽性量子场论基本理论问题再探讨之一
- relativistic quantum mechanics 相对论量子力学
- Course 1 makes heavy use of quantum mechanics. 第一种课程大量应用量子力学。
- IS THERE ANY QUANTUM MECHANICS IN A FINITE SPACE? 有限空间里可不可以有量子力学?
- Quantum mechanics is Greek to me. 我对量子力学一窍不通
- Can Quantum Mechanics be considered complete? 量子力学是完备的吗?
- R.Shankar, Principles of Quantum Mechanics. 高等量子力学,喀兴林著。
- The decoherence in quantum mechanics is studied. 介绍了量子力学的退相干理论.
- She is ignorant of quantum mechanics. 她对量子力学一窍不通。
- We will use the terms quantum mechanics, quantum physics, and quantum theory synonymously, to refer to both relativistic and non-relativistic quantum mechanics. 我们将会使用术语量子力学、量子物理学和量子理论同义,指的既相对又非相对量子力学。
- A fully relativistic quantum theory required the development of quantum field theory, which applies quantization to a field rather than a fixed set of particles. 完全相对的量子理论需要量子场理论的发展,它适用场的量子化而不是粒子的确定。
- Quantum mechanics is basically statistical in nature. 量子力学本质上基本是统计性的。
- These results are derivable from the theory of quantum mechanics. 这些结果是根据量子力学理论推导出来的。