dissipative function
英
美 [ˈdɪsəˌpeɪtɪv ˈfʌŋkʃn]
耗散函数
双语例句
- Dissipative structure theory will instruct function to complex life system research as one branch to achievement higher level research complex systems science.
耗散结构理论作为更高层次的研究复杂系统的系统科学的一个分支理论，对复杂的生命系统的研究起着指导作用。 - Inter-relationship between viscosity and plasticity as viewed from dissipative rate function
从耗散率函数看黏性与塑性间的内在联系 - The equalization circuits were classified by power dissipative and function, the nondissipative equalization and charge equalization were used widely in practice.
按功耗和功能对均衡方式进行了分类，能量非耗散型均衡和充电均衡有广泛的实际应用。 - The dissipative potential function is introduced by the use of operator theorem of decomposition, and with the condition of generalized Onsager reciprocal principle, the generalized entropy inequality is transformed into an integrable differential inequality of a certain functional so as to obtain its complete solution.
应用算子分解定理引入耗散势函数，再依据广义Onsager互易原理，我们将广义熵不等式化为某一泛函的可积微分不等式，从而得到它的完全解。 - The dissipative function of term Δ u_ ( it) in a class of nonlinear hyperbolic system with strong damping is studied.
研究一类强阻尼非线性双曲型方程组中阻尼项Δuit的耗散作用。 - Long-range Angular Correlation in Excitation Functions of Dissipative Heavy Ion Collision of~ ( 27) Al+~ ( 27) Al The relation function on a space trus field
激发函数中的长程角度关联与量子态叠加空间环型区域上的关联函数 - This article will use the relevant theories of dissipative configuration to elaborate on the prerequisite and mental mechanism of psychological field of creativity, especially the relationship between its structure, function and fluctuation.
依据耗散结构论有关原理尝试从创造力心理场系统生成的条件、心理机制，尤其是创造力心理场系统结构、功能和涨落间的关系（SfF）做一番探讨。 - Dissipative structure 、 chaos and Graham function method
耗散结构、混沌和Graham函数方法 - In a kind of quasi dissipative systems the disappearance of some elliptic periodic orbits and the elliptic islands around them via a collision with the discontinuous border of the system function can be observed.
在一种类耗散系统中观察到了椭圆周期轨道及其周围的椭圆岛与映象不连续边界碰撞而消失的现象。 - Dissipative function of activated complexation and reaction rate
活化络合耗散函数与反应速度 - Based on dissipative dynamical system theory and differential game principle, a quadratic storage function with integral items which include the past memory information during the delay span is employed to design H ∞ state feedback controller and observer based H ∞ output feedback controller.
基于动态耗散理论和微分对策原理，通过采用带积分项的储存函数，对系统的状态反馈控制器和基于观测器的输出反馈设计问题进行了处理。 - Theory of dissipative structure is a theory which describes the system's, far away from equilibrium, realizing the orderly structure by exchanging material and energy with the external world constantly under the function of non-linear mechanism.
耗散结构论是用来描述处于远离平衡态的系统，通过不断与外界交换物质和能量，在非线性机制的作用下实现有序的理论。 - The paper introduces the development of study on nonlinear-science such as dissipative structure theory, fractal theory and chaos theory in geo-science, analyzes the status and function, discusses the approach and methods by which the nonlinear-science is introduced into geo-science.
本文介绍了耗散结构理论、分形理论和混沌理论等非线性科学在地球科学中的研究进展，分析了非线性科学在地球科学中的地位和作用，探讨了将非线性科学引入地球科学的途径和方法。 - The transient responses of electric intensity in a dissipative medium are also discussed for excitation of unit step function. one pulae and N-pulse.
最后分析了单位阶跃函数、单个脉冲函数、N个脉冲函数在有损介质中传播时电场强度的波形变化。 - The control scheme was based upon the total energy of the system, and the dissipative characteristic was used to design a Lyapunov function, the stability of the control system was also proved.
该控制策略基于系统的总能量，利用其耗散特性设计了Lyapunov函数，并证明了控制系统的稳定性。 - The social organization should be of the feature of dissipative structure system if it has the external function.
社会组织只要有对外功能，就一定具有耗散结构系统的特征，形成耗散系统。 - By keeping the frequency of non dissipative mesoscopic LC circuit a constant and its parameter varying with the step function, the quantum state of the circuit evolves to a squeezed even coherent state from the initial even coherent state.
通过保持非耗散介观LC电路的固有频率不变，而使电路参数作阶跃函数变化，就可将介观LC电路由初始的偶相干态制备到压缩偶相干态； - Design methods based on the concept of dissipative control pay more attention to the energy attenuation process of the error system, and take advantage of the physical structure characteristics of the robot to construct the energy function.
基于耗散性概念的设计方法更加注重控制误差系统能量的衰减过程，并利用机器人结构上的物理特征来构造能量函数，能够使控制器的推导变得简洁，在机器人控制方面已经得到了广泛地应用。