quantum mechanical

New Progress of Quantum Mechanical Effects of Mesoscopic Circuits

介观电路量子力学效应的研究进展

Output feedback control of quantum mechanical systems

量子力学系统的输出反馈控制

Symmetry Based Modelling and Control of Infinite Dimensional Quantum Mechanical Systems

基于对称性的无穷维量子力学系统的建模与控制问题研究

Comparative study on controllability relationship of quantum mechanical systems and bilinear systems

量子力学系统与双线性系统可控性关系的对比研究

Quantum Mechanical Simulation of Optical Guiding for Cold Atoms

冷原子光导引的数值模拟计算

It covers both the classical and quantum mechanical aspects of magnetism and novel experimental techniques.

它盖住古典和量磁性的机械方面和小说实验技术.

Light slows down in matter because of quantum mechanical interactions with the atoms.

光在介质中传播时会因为与原子的量子交互作用而减慢.

The Bases and Actuality of Quantum Mechanical System Control

量子力学系统控制的基础及现状

We reformulate the first law of thermodynamics in terms of quantum-mechanical operators on the parameter manifold.

我们用量子力学的语言重新解读了热力学第一定律。

A New Correction Model for Quantum Mechanical Effects in MOS Structure

一种新的MOS结构量子化效应修正模型

The quantum mechanical treatment of a light-damping oscillator damping rubber

轻阻尼振子阻尼现象的量子力学处理

At these extremely high frequencies, internal quantum-mechanical oscillations of the excitons themselves were excited.

在这种超高频的情况下，电子空穴的内部量子震荡会被激发出来。

Dirac connected the quantum mechanical commutators with the classical Poisson brackets, and established the transformation theory for non-relativistic quantum mechanics.

Dirac把量子力学的对易关系类比于经典力学中的泊松括号，建立起非相对论量子力学中的普遍变换理论.但是该理论本身能否再发展呢？

Quantum Mechanical Reactive Scattering Theories and Their Applications

量子反应散射理论及其应用

People with a smattering of physics may bring up " quantum mechanical vacuum fluctuations "

对物理学一知半解的人们可能会提出 “ 量子力学真空涨落 ”

Full quantum mechanical studies of the H+ H_2 reaction cross section

H+H2反应截面的全量子力学研究

Schrodinger Equation and Its Application in Quantum Mechanical System Control

量子力学系统控制中的薛定谔方程及其应用

Quantum mechanical analysis of transport coefficients for AR in O 2 gas

Ar-O2混合气体输运系数的量子力学计算

Calculation of Some Deep Levels in Semiconductors with the Quantum Mechanical Method

用量子力学方法计算半导体硅中某些深能级

In this paper we study matter wave diffraction with a quantum mechanical approach.

这篇文章中我们将用量子力学的方法研究物质波衍射问题。

Carbon nanotubes have novel mechanical, electrical properties, and they are typical 1D quantum wire. They are expected to be the fundamental materials for future micro-or nano-electronic devices.

碳纳米管具有独特的力学、电学性能，并且是典型的一维量子线，被认为是构筑未来微纳电子器件的主要材料。

A full quantum mechanical calculation leads to precisely the same formula.

一个纯粹量子力学的计算得到了完全相同的结果。

Theory tools needed to process the quantum mechanical system control are pointed out last.

最后指出了进行量子力学系统控制所需要的理论工具。

Problems Studied in Quantum Mechanical System Control

量子力学系统控制中研究的问题

The Quantum Mechanical Basis of Faster Than Light Research

超光速研究的量子力学基础

Intrinsically the calculation of line strength and shape is a quantum mechanical problem.

从本质上来说，谱线强度和轮廓的计算是一个量子力学的问题。

And then, we make quantum mechanical generalization of some typical thermodynamic processes isothermal processprocess.

通过对一些基本的热力学过程的量子力学推广, 我们可以直接从量子力学去理解热力学.

A Quantum Mechanical Discussion on OH Transfer in Aqueous Solution

OH~-在水溶液中转移过程的量子化学探讨

The transferability of scale factors for quantum mechanical force fields is studied among these amides.

研究了这些校正因子在酰胺系列分子中的可迁性.

The quantum mechanical effect of electrode process

关于电极过程的量子力学效应