1) theory of minimum stream power
河流最小能耗理论
2) principle of least energy consumption
最小耗能原理
1.
The thermodynamics theory and the principle of least energy consumption were applied to studying the energy consumption and damage evolution of short-fibre composites under repeated low velocity impact.
运用热力学理论和最小耗能原理,研究了反复低速冲击下短纤维复合材料的能量耗散与损伤演变,给出了冲击循环下材料耗散能表达式,建立了与复合材料割线模量降低率相关的损伤变量表达式和损伤演变方程。
2.
Regarding the process of rock yield deformation and failure as a process of energy release and energy dissipation,a failure criterion of deep rocks subjected to coupling effects of confining pressure and temperature is proposed according to the principle of least energy consumption.
将岩石的屈服破坏过程视为能量释放和能量耗散的过程,根据最小耗能原理导出了温度和压力耦合作用下的深部岩石屈服破坏准则。
3.
any course of energy consumption will be carried out by means of least consumption of energy corresponding to the condition of restraint,called principle of least energy consumption has been verified in this paper.
本文证明了“任何耗能过程都将在与其相应的约束条件下，以最小耗能的方式行”这一重要结论，并将此重要结论称为最小耗能原理。
3) minimum stream power
最小能耗原理
1.
Stable channel shape based on the principle of minimum stream power;
基于最小能耗原理的稳定渠道断面形状
4) theory of minimum rate of energy dissipation
最小能耗率原理
1.
The theory of minimum rate of energy dissipation and the dissipative structure can be extended to the field of river dynamics.
本文首先介绍了非平衡态热力学的两个基本理论—最小熵产生原理和耗散结构理论，并根据熵产生与能耗率关系，得出最小熵产生原理与最小能耗率原理二者等价的推论。
5) least energy consumption principle
最小耗能原理
1.
Advances on the least energy consumption principle and its application
关于最小耗能原理及其应用的新进展
2.
Basis of the strength criterion is the least energy consumption principle.
提出了一种新的三轴应力状态下的混凝土强度准则，它的理论基础是最小耗能原理。
3.
Application of least energy consumption principle in structural analysis is dis- cussed in this paper.
本文讨论了最小耗能原理在结构分析中的应用。
6) Prineiple of least rate of energy consumption
最小耗能率原理
补充资料：最小能耗控制
分子式：
CAS号：
性质：寻找耗能系统最优控制规律，使系统在动态过程中能耗最少，但在实际应用中，按能耗最小条件设计的控制器通常响应非常慢，所以最小能耗控制通常只能做为设计中的一种参考。
CAS号：
性质：寻找耗能系统最优控制规律，使系统在动态过程中能耗最少，但在实际应用中，按能耗最小条件设计的控制器通常响应非常慢，所以最小能耗控制通常只能做为设计中的一种参考。
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