quantum mechanics

美 [ˌkwɑːntəm məˈkænɪks]英 [ˌkwɒntəm məˈkænɪks]
  • n.量子力学
quantum mechanicsquantum mechanics

noun

U量子力学
the branch of mechanics that deals with movement and force in pieces of matter smaller than atoms

noun

1
the branch of quantum physics that accounts for matter at the atomic level;an extension of statistical mechanics based on quantum theory (especially the Pauli exclusion principle)

数据来源:WordNet

  1. Both quantum mechanics and chaos theory suggest a world constantly in flux .

    量子力学和混沌理论都表明世界永远处于不断变化中。

  2. In quantum mechanics itself there are many constructs that we cannot measure directly .

    量子力学本身就存在着许多不能直接测量的概念。

  3. Relationship Between Time / Energy and Mechanical Structure of Quantum Mechanics

    量子力学结构与时间和能量的关系

  4. A New Way to Understand the Quantum Mechanics Continuous Equation

    量子力学连续性方程的一种新推导方法

  5. The Research on Clustering Algorithm for Categorical Data Using Quantum Mechanics

    基于量子机制的分类属性数据聚类算法研究

  6. The Study on the Overall Universe Which Affected by Quantum Mechanics

    量子力学推动下的整体性宇宙观研究

  7. Preliminary Study On Making Multimedia Software of Quantum Mechanics

    量子力学多媒体软件制作初探

  8. The Practice and Exploration on Quantum Mechanics in Structural Chemistry Course Reform

    结构化学中量子力学基本原理教学的实践与探索

  9. A quantum mechanics approximation method of solving the coupling oscillator systems

    耦合振子体系的一种量子力学近似解法

  10. Development of the Superposition Principle and Their Tests for Nonlinear Quantum Mechanics

    非线性量子力学叠加原理的发展及其检验

  11. The channel wave functions in arrangement channel quantum mechanics calculation

    排列通道量子力学中的通道波函数

  12. The analysis of quantum mechanics on the essence of BCS theory

    BCS理论实质的量子力学分析

  13. In this paper two concrete problems concerned fundamental questions in quantum mechanics are discussed .

    本文研究了量子力学的基本性问题中的两个具体问题。

  14. Discussion on wave packet , group velocity and phase velocity in quantum mechanics

    试论量子力学中的波包、群速度和相速度

  15. A Form of Simple and Direct Quantum Mechanics Description

    一种简洁的量子力学描述方式

  16. Quantum Mechanics is not an Inevitable Result of the Theory of Relativity

    量子力学不是相对论的必然结果

  17. In this dissertation we studied several basic theoretical problems in the field of quantum mechanics .

    本文研究了量子力学中的一些基础性的问题。

  18. Essential Difference of Function Mechanism between Classical Mechanics and Quantum Mechanics and Quantum Measurement

    经典力学与量子力学作用机制的本质区别与量子测量问题

  19. The general discussion of uncertain relation in quantum mechanics

    量子力学中不确定关系的探讨

  20. A New Try on Interpretation of Quantum Mechanics

    量子力学诠释的新尝试

  21. Is not just a property of quantum mechanics , it 's the property .

    并不只是量子力学概念下的一个特性,而是万物的通性。

  22. Propagation Nature Research on Quantum Mechanics Wave Packet in Several Kinds of Common Potential Fields

    几种常见量子力学波包传播性质的研究

  23. The meaning of decoherence and a new interpretation of quantum mechanics

    消干效应和量子力学新解释的意义

  24. Discussion of Mechanical Quantities ' Uncertainty in the Quantum Mechanics

    量子力学中力学量不确定性的讨论

  25. New Understanding for Philosophy of Quantum Mechanics

    量子力学哲学的新理解&对万小龙量子哲学研究的解读

  26. Effects of Quantum Mechanics in an Active Mesoscopic Coupled Circuit

    介观含源耦合电路中的量子力学效应

  27. Relative Phase and Relative Weight in the Superposition Principle of States of Quantum Mechanics

    量子力学态迭加原理中的相对位相与相对权重

  28. Studies on the Ordering Problem in Quantum Mechanics

    量子化的排序问题

  29. Interpretation of Curvature of Quantum Mechanics and Double Seam Experiment

    量子力学曲率解释与双缝实验

  30. Two Research Programmes of Quantum Mechanics

    量子力学的两个研究纲领