弛豫方程

本文以具有反馈时间延迟的非线性系统弛豫方程为出发点，讨论了双稳态临界点的临界现象。

The critical phenomena of bistability is discussed on the basis of the relaxation equation of the nonlinear systems with a time-delayed feedback .

高Tc超导体交流响应弛豫方程讨论

Discussion of AC relaxation equation in high T c superconductors

强偶合体系弛豫方程组的计算及J偶合对弛豫的影响

The computation of the relaxation equations of strong coupling system and the effect of J coupling on relaxation

根据WBR理论和同核体系的特点，构造出了一个相应的三维转动，利用Wigner旋转矩阵的特性并借助于计算机代数语言，计算出了射频场照射下同核体系完整的弛豫方程组。

According to WBR theory and the character of homonuclear system , the relaxation equations of homonuclear system with RF irradiation are deduced by means of the three-dimensional Wigner rotation matrix .

给出了该系统的弛豫方程。

The relaxation equations of the system are given .

对振动弛豫方程的推广和讨论

Extension and discussion of vibrational relaxation equations

高温超导体不同几何形状样品的磁通守恒和定场弛豫方程

Flux conservation and fixed field relaxation equations of high T c SUPERCONDUCTOR samples with different shapes

本文以时延弛豫微分方程为出发点，计算和分析了具有反馈时间延迟（feedbacktime-delay）tR的液晶混合光学双稳系统中的分叉和混沌。

Bifurcation and chaos behavior in liquid crystal hybrid optical bistable devices is calculated and analysed based on the relaxation equation with time-delayed feedback .

引入汽泡运动弛豫时间方程，结合两相质量守恒方程，动量守恒方程组成五方程模型。

The bubble moving conservation equation constitutes a five-equation model .

基于理想的弛豫动力学方程和模式耦合理论动力学方程中引入阻尼项的方法，提出了适用于弛豫函数和弛豫速率函数的动力学方程。

Based on the ideal relaxation dynamic function and the damp parameter introduced in the mode coupling theory , the dynamic rate function , properly applied for relaxation function , is proposed .

热激弛豫过程动力学方程的建立及计算机模拟

Development of Kinetic Equation of Thermally Stimulated Relaxation Process and Computer Simulation

木材中吸着水介电弛豫的扩散方程及其形式解

Diffusion Equation and Its Form Solution of Dielectric Relaxation of Water Absorbed on Wood

高能不等核碰撞和弛豫时间的Fokker-Planck方程描述

High Energy Unequal-nuclei Collisions and Relaxation Time in Fokker Planck Equation

描述不稳定系统弛豫过程的Fokker-planck方程的数值解（二）

The Fokker-Planck equation numerical solution of the relaxation process in an unstable system (ⅱ)

由包含弛豫作用的速率方程出发，建立了关于放大器能流密度空间分布最优问题的数学模型。

Based upon the laser rate equations including relaxation between energy levels , the optimum model of a multipass amplifier is constructed .

以多声子弛豫模型和速率方程拟合实验曲线，结果显示Er3+离子各近邻能级间以多声子驰豫过程为主，辐射跃迁相对多声子驰豫过程可以忽略。

Multi-phonon relaxation model and rate equation are used to fit the results of fluorescence intensity versus temperature , which shows that multi-phonon relaxation is the main procession between neighboring Er3 + energy levels , and the radiative transition can be neglected .

发现受载时其阻值的弛豫过程可用指数型弛豫方程描述。

The results show that the electrical resistance relaxation process can be described with the exponent relaxation equation when the resistance is loaded .