passive dissipative systems 无源耗散系统
theory of dissipative systems 耗散系统理论
dissipative quantum systems 量子耗散系统
The essential content of dissipative systems theory can be mentioned as there is a positive storage function，which guarantees the energy dissipated inside a dynamic system less than the energy supplied from external source.
耗散系统理论的实质内容是构造一个非负的能量函数，使得系统能量损耗总是小于能量的供给率。
参考来源 - 不确定机器人的耗散性鲁棒控制·2,447,543篇论文数据，部分数据来源于NoteExpress
Many nonlinear equations, describing either conservative or dissipative systems, show stochastic behaviour in suitable range of parameter values.
许多描述保守或耗散系统的非线性方程，在一定的参数范围内表现出内在的随机性。
We consider passivity of system, a special class of dissipative systems, in which supply rate is represented by the product of the system input and output.
在实际系统中，无源性是系统耗散性概念的一个特例。无源性正是供给率为输入输出信号之乘积形式的特例。
Symmetry breaking of temperature field in spatially distributed pure dissipative systems induced by chemical reaction diffusion heat conduction couplings is analyzed in this paper.
分析了由于化学反应-扩散-热传导耦合而导致的非等温非均匀体系中温度场对称破缺。
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