1)paradox[英]['p?r?d?ks][美]['p?r?'dɑks]佯谬
1.On the solving paradox of linearity development mode of science and technology;探讨科技发展线性模式佯谬的解决
2.A method is introduced to discuss the Feynman s disc paradox with the theory of thegeneall physics, this paper quantitatively analyzes the conservation law of the angular momentumin Feynman s disc paradox and calculates the angular of the Feynman s disc.从普通物理的角度，定量分析Feynman圆盘佯谬中的角动量守恒，最后对Feynman圆盘角速度作了定量计
3.The two paradoxes are reso.这二个佯谬均由文中利用叠加齐次解的方法解
英文短句/例句
1.Here we have an apparent paradox.这里显然存在着一条佯谬。
2.MAXWELL STRESS EQUATION FOR ELECTRIC FIELD AND THE"CAPACITOR PARADOX麦克斯韦电场应力方程与“电容器佯谬”
3.An Approach to Dealing with Feynman s Disc Paradox;Feynman圆盘佯谬的一种处理方法
4.The content,explanation and significance of "Kozhevnikov's Paradox"“科热伏尼科夫佯谬”的内容、解释和意义
5.An Analysis of Zeno Paradox and Quantum Zeno EffectZeno佯谬与量子Zeno效应浅析
6.We shall first discuss a more mundane version of the twin paradox.我们将先讨论孪生佯谬的一个比较通俗的形式。
7.EINSTEIN PAULI YUKAWA PARADOX WHAT IS THE PHYSICAL REALITY? ?爱因斯坦—泡利—汤川佯谬——什么是“物理实在”?(英文)
8.Black Hole Entropy, Black Hole Information Paradox & Quantum Teleportation in Curved Space-time;黑洞熵，黑洞信息佯谬及弯曲时空中的量子通讯
9.Conservation of momentum s theoritical calculate to electrical and magnetism field from a sham false question;从一个佯谬对电磁场动量守恒的理论推证
10.A Paradox of the Probability Distribution of Momentum for a Particle in an Infinite Deep Spuare Well;一维无限深势阱中粒子动量分布的一个佯谬
11.On Proving the Paradox of Two Energy Levels Atom Newton Equation in the Outfield;外场中二能级原子牛顿方程佯谬的证明
12.Discussion about Parados of Energe Conservation Charged Systems关于带电体系静电能守恒佯谬问题的讨论
13.A paradox of work done by friction is clarified, and the general format of principle of energy-work and the first law of thermodynamics are presented.本文澄清了一个关于摩擦力做功的佯谬,并提出了功能原理与热力学第一定律的一般形式.
14.The present paper demonstrates, through both theoretical and experimental studies, that such a paradox is attributed to the inertial effects of the fluid and the inner bob.本文从理论和实验两方面进一步证实了产生这一佯谬的原因是：流体和内筒都有惯性。
15.Theoretical Investigation of Light Generated by Optical Parametric Down-conversion and Its Application in the Demonstration of the EPR Paradox;光学参量下转换的动力学及其产生的光在演示EPR佯谬中的理论研究
16.Historical and Methodological Thinking on the Study of Wave-particle Duality--Lorentz-Compton Paradox and a Dual-Success Crucial Experiment;波粒二象性研究中的历史学与方法论思考——洛仑兹-康普顿佯谬及其双胜判决性实验
17.She pretended illness as an excuse.她佯称有病以为藉口.
18.They pretended not to see us.他们佯装没看见我们。
相关短句/例句
Braess's paradoxBraess佯谬
3)Zhai Paradox翟氏佯谬
1.From Zhai Paradox to Zhai Effect: The Distribution of Supercurrent inside an ldeal Type I Superconductor;现在将两条超导线都通以密度为JC 的超导电流 ,设它们在两条导线表面产生的磁场为BC1 和BC2 ,因为是相同的材料 ,应该有BC1 =BC2 ,但是根据载流导线产生的磁场的计算[2 ] ,我们可以立刻得到BC2 /BC1 =2 ,这就产生了佯谬(翟氏佯谬 )。
4)Gibbs paradoxGibbs佯谬
1.Eetropy of Mixing and Gibbs Paradox;混合熵和Gibbs佯谬
2.With the help of the classical partition function and the quantum partition function of the perfect gas made from an individual atom molecule,two different entropy formulas are drawn,Two wrong explanations of Gibbs paradox are analyzed and the reasons of these wrong explanations are pointed out.本文利用单原子分子理想气体的经典配分函数和量子配分函数,导出熵的两个不同的公式,并对Gibbs佯谬的两种错误解释进行了深入分析,指出了错误的原因,根据量子统计力学中的同种气体的分子具有全同性,密度发生突变,对Gibbs佯谬做出了正确的热力学解释。
3.It is found, under the Gibbs paradox free requirement, that the DS1 gas is equivelent to two one-dimensional thermodynamical equilibrium systems of fermions.在Gibbs佯谬消除的条件下,发现DS1气体是一类一维费米气体。
5)Landsberg paradoxLandsberg佯谬
1.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.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 。
2.It is pointed out in this paper that so called Landsberg paradox is no more than the observation effect of special Relativisity.Landsberg佯谬 ,只是狭义相对论的一种观测效应 。
6)EPR paradoxEPR佯谬
1.Optimum realization of the EPR paradox in the non-degenerate parametric amplification system;在非简并参量放大系统中EPR佯谬的最佳实现
2.Quantum mechanics (QM) is in contradiction with special relativity (SR);EPR paradox is a also a real one.量子力学同狭义相对论是矛盾的 ,EPR佯谬是一个真实的佯谬 ;EPR实验迫使我们去修改物理学的基础 ,即建立一个能统一狭义相对论和量子力学的理论 ;EPR佯谬对今天的物理学家尤其是中国年轻物理学家而言不是一场灾难而是一个难得的机
3.Einstein and his partners published a paper in 1935 (called EPR paradox in history).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。
延伸阅读
傍佯1.徘徊。
