佯谬

yáng miù
  • paradox
佯谬佯谬
佯谬[yáng miù]
  1. 在非简并参量放大系统中EPR佯谬的最佳实现

    Optimum realization of the EPR paradox in the non-degenerate parametric amplification system

  2. 在双波描述中不存在EPR佯谬。

    There is no EPR Paradox in the two - wave interpretation .

  3. 金属材料断口分维佯谬的实质在于Fractal图形的面积效应。

    The false appearance of fracture fractal dimension of metals lies in the areaeffect of the fractal figure .

  4. SlitIslandMathod中的面积效应与断口分维佯谬的实质

    The Area Effect in Slit Island Method and the Essence of False Appearance on Fracture Fractal Dimension

  5. EPR关联和量子佯谬

    EPR Relevance And Paradox of Quantum

  6. Feynman圆盘佯谬的一种处理方法

    An Approach to Dealing with Feynman 's Disc Paradox

  7. Zeno佯谬与量子Zeno效应浅析

    An Analysis of Zeno Paradox and Quantum Zeno Effect

  8. 简述了量子纠缠态的提出和定义,EPR佯谬和Bell不等式;

    Firstly , the proposition and definition of quantum entangled states , EPR paradox and Bell inequality , and several kinds of entangled states , as well as their properties , are given .

  9. 利用非简并参量放大系统中Fokker-Planck方程的解来推导实现EPR佯谬的条件。

    In this paper , we use the solution of the Fokker-Planck equation for non-degenerate parametric amplification to deduce the condition of demonstration of the EPR paradox .

  10. 相对论流体的压强与Landsberg温度佯谬

    Pressure of Relativistic Fluid and Landsberg 's Temperature Paradox

  11. 数值模拟表明,当损耗k有限时,可以通过调整压缩度来获得EPR佯谬的最佳值。

    The numerical simulation shows that the optimum realization of EPR paradox can be achieved by adjusting the degree of squeezing , and this is the best condition for demonstrating the EPR paradox for a given finite loss k.

  12. Lorentz-Compton佯谬与一个双赢判决性散射实验设计

    Lorentz-Compton Paradox and the Designing of a Double-Win Crucial Scattering Experiment

  13. Levinthal佯谬到蛋白质结构预测

    From Levinthal 's Paradox to Protein Structure Prediction

  14. 量子体系的远距离关联实验起源于EPR佯谬,实验的结果违反了定域隐变量理论,为量子理论中的非完全决定论提供了实验事实。

    The long-distance correlation experiment in quantum system originated in the EPR paradox , Results of the experiment ran counter to the theory of local hidden variables and provided experiment facts for the incomplete determinism in quantum theory .

  15. 有关Olbers佯谬问题

    On the Problems of Olbers Paradox

  16. 用等效磁荷观点不仅圆满地解决了这一表观佯谬,而且还给出了普适的Lorentz力矩张量表达式,后者可对TroutonNoble零实验的偏转力矩作出直接描述。

    Using the view of equivalent magnetic charge we not only clarify the paradox satisfactorily , but also present the general expression of Lorentz torque tensor which directly describes the torque in Trouton Noble null experiment .

  17. Landsberg佯谬可以在引导功的框架内得到澄清,而温度的胀缩是由功热关系的不同界定标准所引起的必然结果。

    Landsberg paradox may be clarified in the leading-force 's frame , the dilation or contraction of temperature is inevitable outcome of different dividing criterion about work and heat .

  18. 1935年Einstein等提出了EPR佯谬,对正统量子力学基本原理和概念的诠释(Copenhagen诠释)提出了尖锐的批评,这也是第一次给出了有关态的纠缠性的原始概念。

    Einstein and his partners published a paper in 1935 ( called EPR paradox in history ) . In this paper they acutely criticized the classical interpretation of quantum mechanics ( Copenhagen interpretation ) . This was the first time to give the conception what the inseparable states were .

  19. 涉及地球的力学问题易出现的佯谬

    Paradox Often Found in the Mechanical Problems Related to the Earth

  20. 从几个佯谬问题所引起关于电势参考零点的讨论

    The discussion of electric potential reference point from some feign mistakes

  21. 气体混合时的温度佯谬和自由能佯谬

    The temperature paradox and the free energy paradox at gas mixing

  22. 电路理论独立变量法中的一种佯谬

    One Pretended Wrong in the Independent Variable of the Circuit Theory

  23. 静电场边值关系中的一个佯谬

    A False Mistake on Boundary Value Relations of Static Electric Field

  24. 探讨科技发展线性模式佯谬的解决

    On the solving paradox of linearity development mode of science and technology

  25. 直角杠杆佯谬的能流解释和弹性定律协变性的统一

    Coincidence of energy-current interpretation about angled-lever paradox with covariance of elasticity law

  26. 直角杠杆佯谬和受压动体的劳厄能流

    Paradox on Right-angled Lever and Laue 's Energy-current in Moving Stressed Body

  27. 美学研究的佯谬原型及其演变

    On the Paradoxical Prototype and Its Evolution in Aesthetics Study

  28. 回路法则分析电磁感应佯谬现象

    Return Circuit Rule Analyze the Pretend Phenomenon of Electromagnetic Induction

  29. 直线匀加速参照系&兼论双生子佯谬

    Uniformly accelerated frame of reference as its application on the twin paradox

  30. 多么神奇,我们遇到了佯谬!

    HOW wonderful that we have met with a paradox .