2) dissipation system
耗散系统
1.
An exact analytical solution was obtained in a typical dissipation system which can be used to generate squeezed state of light.
对于一个用于产生压缩态的典型的耗散系统,我们利用非主方程方法,得到其严格的解析解。
2.
The article analyzed and demonstrated the dissipation system with the self-organization in music works.
文章对耗散系统与音乐作品中的自组织现象进行分析论证。
3) dissipation coefficient
耗散系数
1.
The results reveal that the power spectrum curve in the inertial subrange for the forest CL can be expressed by a power law, but the power exponential is less than -2/3; turbulent scale in the forest CL tends to decrease; the dissipation coefficient in the upper forest CL is greater than that in the lower forest CL; momentum and momentum flux decrease with the in.
使用湍流梯度测试资料,对植物冠层动量交换特征进行了详细研究,结果表明;森林冠层内惯性副区能谱曲线仍可用幂指数描述,但斜率比-2/3更负;森林冠层内湍流尺度有变小的趋势;森林上层的耗散系数比下层大;由植被吸收引起动量及动量通量随冠层深度增加而明显减小;冠层下层的动量通量和耗散系数分别与上层的量有好的正相关;森林冠层内耗散系数和动量通量随大气稳定度有明显变化。
4) dissipative systems
耗散系统
1.
Due to the development and application of nonlinear dynamical systems in geology, it is recognized that deep reservoir is not a close or isolated systems ,but typical dissipative systems.
随着非线性科学的发展及其在地学中的应用 ,人们逐渐认识到深部储层并非是一封闭、孤立的系统 ,而是一典型的耗散系统 ,其含油气性受深部壳幔结构控制。
2.
The critical phenomena of optical bistability in two dissipative systems, i.
用平衡相交的Landau平均场理论,分别考察了两个在相干光驱动下的耗散系统(即化学反应系统和Josephson结)中的光学双稳性及其临界现象。
5) dissipative system
耗散系统
1.
Robust nonlinear control for power system excitation based on dissipative system;
基于耗散系统实现电力系统励磁鲁棒非线性控制
2.
Gravitational relation of prolongable general relativity in the irreversible process of a dissipative system;
耗散系统不可逆过程中的可拓展广义相对论引力关系
3.
Spatiotemporal relation of prolongable general relativity in the irreversible process of a dissipative system;
耗散系统不可逆过程中的可拓展广义相对论时空关系
6) anti-diffusion parameter
反耗散系数
1.
Two aspects of the anti-diffusion parameter λ(λ<4π~2)and boundary control conditions are accounted.
从反耗散系数λ(λ<4π2)与边界控制条件两方面考虑解的稳定估计。
补充资料:耗散系统
耗散系统
djssipative system
它的解x(t;气,x。)满足唯一性和可无限向右扩展,并且存在数p>O,使得对任何解x(t;t。,x。)可以找到时间T(t。,x。))t。,对一切t)T(t。,x。)有 1 lx(t;t。,x。)11
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条