量子力学

量子力学和混沌理论都表明世界永远处于不断变化中。

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

量子力学本身就存在着许多不能直接测量的概念。

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

经典哈密顿函数H向量子力学算符■过渡的研究

The Research of Transition from Classical Hamiltonian H to Quantum Mechanics Operator ■

Ti、Cr类氦双电子复合速率系数的量子力学计算

The quantum mechanics calculations of the dielectronic recombination rate coefficients for He-Like Ti and Cr

在量子力学里把单粒子态空间定义为Hilbert空间（H空间），由此导致理论本身不自洽。

It has brought about self-contradictions of quantum mechanics to define the state space of one-particle as Hilbert space .

首次将量子力学的微扰论引入自混合干涉效应，首次提出用LED作为自混合干涉测量光源的设想。

Introduced small disturbance theory in quantum mechanism into SMI effects , and put forward the idea of replacing the light source of LED for the first time .

我们还特别强调量子力学中deBroglie波的相对论性质。

The attempt is made to stress the relativistic property ef de Broglie wave in quantum mechanics .

Cantor分形R分集分层介质是一种自相似结构，这种结构在光学、量子力学领域很可能有重要应用。

Fractal Cantor multi-layered medium is a kind of self-similar structure , with probably wide applications in optics and quantum mechanics .

Birkhoff在他们的著作《ThelogicofQuantumMechanics》中提出量子力学的量子逻辑问题以来，许多相关方面的研究接踵而来。

Birkhoff proposed the concept of quantum logic in their monograph " the logic of quantum Mechanics ", and many relative papers have been published .

用量子力学及非线性科学理论，研究了激光与脱氧核糖核酸（DNA）分子相互作用的共振吸收效应及混沌性质，进而对激光的生物诱变效应予以解释。

The resonant absorption effects and chaotic characters of the laser DNA molecule interaction are studied by quantum mechanics and nonlinear theory . The results may explain the effect of genetic mutagenesis of laser .

本文用量子力学导出了激光－DNA相互作用的运动方程，并分析了此方程之解所反映的系统之混沌态问题。

The Laser DNA interaction system motion equation was derived by means of quantum mechanics , and the problem of chaotic state of the system expressive the solution of this eq. was analysed in this peper .

在量子力学创立时，理论上受到两个物理上的基本限制：一是普朗克常数h（或h），它常以能量子ε

There are two essential limits in the physics for quantum mechanics when it was founded . The Thermodynamic Analysis of a Quantum Ericsson Cycle Performance Discovery , Identification and Application of the Chemical Quantum Energy

讨论了Aharonov-Bohm效应呈现的量子力学非局域性；

The quantum dynamics non-locality emerged from the Aharonov-Bohm effect is discussed .

具有原子运动的双光子J-C模型中量子力学通道与量子互熵

Quantum mechanical channel and quantum mutual entropy in the two-photon Jaynes-Cummings model with atomic motion

但是人们做过的许多实验中只有极少的一部分是符合Bell不等式的，大部分的实验结果是与量子力学相符合的。

But most of the outcome of the large amount of experiments was consilient to Quantum Mechanics , only a very small part of the experiments was consilient to Bell inequality .

在量子力学中，由阿哈罗诺夫和玻姆提出的AB效应表明，物质的客观实在性并不一定体现在物质本身的变换不变性上，而是体现在物质本身的同一逻辑蕴涵效应具有不变性。

In view of AB effect , the objective reality is not the gauge invariance in matter itself , but the invariance of the same logic implication in matter itself .

lah分子基态x~1∑~+的量子力学计算

Quantum Mechanical Calculation on the Ground State X ~ 1 Σ ~ + of LaH

量子力学中的准经典逼近与Maslov示性类

Semi-Classical Approximation in Quantum Mechanics and Maslov Characteristic Classes

UO分子基态X~3∑~-和激发态~1∑~+的量子力学计算

The Quantum Mechanical Calculation of The Ground State X3 ∑ - And Excited State 1 ∑ + for UO

回顾了经典物理和量子力学中的相位问题，着重讨论了量子几何Berry相位及在量子力学中如何进行量子相位教学的问题。

The phase problem of classical physics and quantum mechanics are reviewed , then geometrical Berry 's phase and how to perform its teaching in quantum physics are discussed .

提出量子力学中非正交非归一基下哈密顿量矩阵对角化的一个简单方案.与dual基等方案相比，该方法更容易理解，而且便于数值计算。

A simple scheme is presented to tackle the diagonalization of hamiltonian in non-orthonormal basis of quantum mechanics . Compared with the previous approaches , such as dual basis etc , it is easier to follow and more suitable for numerical calculation .

根据量子力学中的不变量理论，利用SU（1，1）Lie代数，对两种类型的非线性非谐振子的量子理论进行详细研讨。

Based on the theory of quantum invariant and SU ( 1 , 1 ) Lie algebra from quantum mechanics , the paper discusses the quantum theory for two types of nonlinear and nonharmonic oscillator in detail .

利用方势阱模型对InxGa1-xN/GaNMQWs结构的光特性进行了量子力学定性理论分析。

A qualitative quantum-mechanical theoretic analysis of optical characteristic of In_xGa_1-xN / GaN MQWs based on square-well model was given .

方法根据量子力学中的态叠加原理，构造了由多模虚奇相干态和多模偶相干态组成的四态叠加多模叠加态光场Ψ（4）oeV〉q。

Methods According to the linear superposition principle of quantum mechanics , the fifth kind of four-state superposition multi-mode superposition states light field |Ψ ~ (( 4 )) _ ( oe ) V 〉 _q is constructed with multi-mode imaginary-odd and even coherent states .

为了使抽象的Hilbert空间更易于理解，从空间的构成到空间变量的运算以及空间坐标的变换等量子力学中的Hilbert空间与N维的矢量空间做了比较。

For the purpose of making abstract Hilbert spaces easily comprehensible , represents comparison between N-dimension vector space and quantum mechanics Hilbert space , from space composing and space variable calculation to space coordinate transformation and so on .

结合微观作用机制的非连续性，讨论了EPR实验和薛定谔猫悖论，量子力学曲率解释，有可能为消除相对论与量子力学之间深层次矛盾提供契机。

The present article , based on micro-action mechanism , discusses EPR experiments , Schrdinger theory and curvature explanation of Quantum Mechanism , in the hope of eliminating the deep contradictions existing between relativity and quantum mechanics .

从量子力学的微扰理论入手，总结并比较了半绝缘GaAs光电导开关中主要的散射机制的散射率表达式和散射终态，给出了所选择的散射机制下的模拟结果及其分析。

The general expression formulas of scattering rate and the scattering ending of main scattering mechanisms in the SI GaAs photoconductive switch were summarized and compared , in terms of the quantum mechanics theory , the results of situation and analysis were provided .

用形变量子力学中的形变测不准关系给出了广义光束质量因子M2，并用它简要分析了小型新光束CO2激光器的等效光束质量因子。

The generalized beam quality factor M2 is given in this paper by using the deformed uncertainty relation in deformed quantum mechanics . And the equivalent beam quality factor of the small scale CO2 new beam laser is simply analyzed by means of M2 .

介绍了量子力学中散射振幅分波展开在复角动量平面中的解析延拓问题，讨论了Regge极点的物理意义及其应用。

The analytic continuation of scattering amplitudes in the complex angular-momentum plane is introduced . The physical meaning of Regge poles and thier applications are discussed .

基于量子力学从头算方法，以SnO2薄膜的材料表征结果为基础，模拟了CO、CH4和O2等在SnO2薄膜表面的物理化学吸附行为。

According to the analysis of the material characterization results , the quantum mechanical ab initio method has been applied to simulate the physical chemical adsorption of CO , CH_4 and O_2 on the surface of the SnC > 2 thin film .