英语释义

1. relating to dissipation especially of heat

片语

dissipative strtlcttire耗散结构

dissipative silencer阻性消声器

Dissipative Method能耗型

dissipative function耗散函数

dissipative structure[物] 耗散结构

Dissipative Systems耗散结构

dissipative stress耗散应力

dissipative system耗散系统；耗能系统

dissipative attenuation损耗性衰减

英汉例句

• in given forcing, the system appears bifurcation and arrives at chaotic state more ea- sier within greater range of stability parameter, when dissipative coefficient is smaller.

  对于一定型式的强迫，在较小的耗散参数下，系统在较大的稳定度参数范围内更易出现分叉和达得混沌状态。

• by several examples of self-organizing phenomena the authors recite how the system turns from 「disorder」 into 「order」 and reveal the dissipative structure theory and its formative qualification.

  通过几种自组织现象实例，叙述了系统如何从无序转变为有序，揭示了耗散结构理论及形成的条件。

• although the classical dissipative structure theory misapplied the second law of thermodynamics and the disorder of entropy, but could not conceal the value of dissipative structure theory itself.

  经典耗散结构对其有序的分析虽然误用了热力学第二定律和无序度的熵，但这掩盖不了耗散结构本身的价值。

• as a new method, the dissipative structure theory is widely using in many areas of natural and social sciences.

  耗散结构理论作为一种新的科学方法，在自然科学和社会科学的多个领域得到广泛的应用。

• the theory of dissipative structure and non-equilibrium development strategy post the crucial role of growth pole in regional economic development.

  耗散结构理论及非均衡发展战略揭示了发展极在区域经济发展中有至关重要的作用。

• this paper attempts to give an explanation to theory of non-equilibrium development in view of theory of dissipative structure.

  从耗散结构论的角度对不平衡增长理论做尝试性的解释。

• the existence of an attractor is one of the most important characteristics for a dissipative system, the long-time dynamics is completely determined by the attractor of the system.

  在这种耗散型的无穷维动力系统中，吸引子的存在性是最重要的特征之一，系统的长时间性态完全被系统的吸引子所决定。

• the variety of bowknot angle and dissipative angle with viscosity coefficient of pore fluid and cyclic loading frequency is consistent with the results of other experiments.

  在同一巖石中蝴蝶结张角和耗散角随孔隙液体黏滞系数和加载频率的变化规律与以往其他实验的结果是一致的。

• dissipative structure theory has increasingly important influences on mo-dern sciences and philosophies.

  耗散结构理论对当代科学和哲学的影响日益显着。

• the dissipative rate of energy and the nutation time constant of the system are obtained.

  从而求得液体晃动的能量耗散率和系统的章动时间常数。

• the essential of entropy in the dissipative structure is the macroscopically order and energy transformation, and embodies the first law of thermodynamics.

  耗散结构中熵的实质是宏观有序和能量转换，体现的是热力学第一定律。

• this research is not only enriching the theories of corporate governance and entropy and dissipative structure, but also provide some useful direction for our corporate governance practice.

  这一角度的研究不但丰富了公司治理以及熵与耗散结构领域的理论，同时也为我国公司治理实践提供了有益的指导。

• both bowknot angle and dissipative angle enhance as the area of hysteresis loop increases, and attenuation enhances as viscosity coefficient of pore fluid increases.

  蝴蝶结张角和耗散角的值均随饱和流体黏滞系数的增大而增大，滞后增强，滞回圈面积增大，衰减增大；

• this paper studies the component elements of county area and its topologic structure , dissipative structure and fractal structure .

  着重研究了县域生态—社会系统的组成元素和它的拓朴结构、耗散结构和分形结构；

• in this doctoral dissertation, we mainly consider the long-time behaviors for the solutions of infinite dimensional dissipative dynamical systems in unbounded domains.

  在这篇博士学位论文中，我们主要考虑无界域上的无穷维耗散动力系统的解的长时间行为。

• in this course, prigogine and his theory of dissipative structure have played an important role.

  在这个过程中，普利高津及其创立的耗散结构论扮演了不可替代的重要角色。

• according to the relationship of matter, energy and information and dissipative structure theory, an analysis is carried out on the sustainable development of society.

  从物质、能量和信息的关系及耗散结构理论出发，进行了社会可持续发展的热力学分析。

• the results are of value for the growth mechanism and morphology study of dissipative structure.

  该结果对研究耗散结构的形成机理和外界动力对耗散结构的形貌影响具有参考价值。

• entropy is an indicator of system order while dissipative structure theory that takes the imbalanced system as its object introduces the conditions and approach for the maintenance of system order.

  熵是衡量系统秩序性的一个指标，耗散结构理论以开放的非平衡系统为研究对象，阐述了实现系统有序的条件和途径。

• 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。

• the evolution of reef systems and the influence of environment change on the reefs can be explained by the dissipative structure theory.

  根据耗散结构原理解释了该区生物礁系统的演化机理及其环境对该礁系统所产生的正负效应。

• this is a coupled non parabolic dissipative dynamic system.

  这是一个耦合的非抛物耗散动力系统。