rate of energy dissipation中文是什么意思

• 能量消耗速率

• "rate"中文翻译    vt.,vi. 〔方言〕＝ret.
• "energy"中文翻译    n. 1.干劲，活力。 2.(语言、行为等的)生动。 3 ...
• "dissipation"中文翻译    n. 1.消散，分散；【化学】散逸。 2.浪费；消耗，损 ...
• "energy dissipation rate of exercise" 中文翻译 :    运动热能消耗率
• "dissipation energy" 中文翻译 :    离解能量; 消耗能量
• "dissipation of energy" 中文翻译 :    能充分消散; 能的散逸; 能的消散; 能力消散; 能量的耗散; 能量散逸; 能量消耗; 能量消散; 能逸散; 消能; 引入了能量耗散
• "energy dissipation" 中文翻译 :    能量耗散; 能量散逸; 能量损耗; 能量消耗; 能量消散; 能量消失; 能源浪费; 消能
• "dissipation rate" 中文翻译 :    耗散速率; 消散率
• "coefficient of energy dissipation" 中文翻译 :    能耗系数
• "cyclic stress energy dissipation" 中文翻译 :    周期应力能量耗散
• "energy dissipation by hydraulic jump" 中文翻译 :    水跃消能
• "energy dissipation by underflow" 中文翻译 :    底流消能
• "energy dissipation distribution" 中文翻译 :    能量耗损分布
• "energy dissipation lrate of exercise" 中文翻译 :    运动热能消耗率
• "energy dissipation of roller bucket" 中文翻译 :    消力戽消能
• "energy dissipation structure" 中文翻译 :    消能建筑物
• "energy dissipation wave number" 中文翻译 :    能量散逸波数
• "flaring pier energy dissipation" 中文翻译 :    宽尾墩消能
• "internal dissipation energy" 中文翻译 :    内部耗散能
• "principle of energy dissipation" 中文翻译 :    能量耗散原理
• "unequal energy dissipation" 中文翻译 :    不等能量耗失
• "heat dissipation rate" 中文翻译 :    热量耗散率; 散热率
• "rate of heat dissipation" 中文翻译 :    散热速率
• "energy dissipation of ski junmp type" 中文翻译 :    挑流消能
• "energy rate" 中文翻译 :    能率

• The theory of minimum rate of energy dissipation and the dissipative structure can be extended to the field of river dynamics
  然后将最小能耗率原理和耗散结构理论移植到河流动力学领域。
• Internal cause is all rivers have a tendency to adjust pattern so that the rate of energy dissipation of flow is minimum
  内因就是河道水流能耗率有趋于最小值倾向，外因就是约束水流的各种外界条件。
• ( 7 ) an optimum design method for the artificial bend channel in diversion headwork of bend type by the theory of minimum rate of energy dissipation
  （ 7 ）将最小能耗率原理应用到低水头弯道式引水枢纽设计中。
• The rate of energy dissipation of flow is used as the objective function , to make a set of decision variables , which minimize the objective function under the restrictions related to bend channel
  以水流能耗率作为目标函数，并应用与弯道有关的约束条件，对枢纽中的引水弯道进行了优化设计。
• The main aspects of work by using the two basic theories in this paper have been studied as follows : ( 1 ) some errors of the minimum rate of energy dissipation proposed by yang c . t
  应用这两个基本理论主要研究解决了以下问题（ 1 ）通过分析研究指出杨志达（ yangc . t . ）等人提出的最小能耗率原理存在着某些缺陷。
• The dynamic adjustment of an alluvial river has a tendency that the entropy production or the rate of energy dissipation of flow is minimum rather than the entropy is maximum when a river is in a relative equilibrium condition
  当河流处于相对平衡状态时，水流的熵产生或能耗率为最小值。最小熵产生原理或最小能耗率原理保证了河流在相对平衡状态的稳定性。
• And others are found , and the expression of minimum rate of energy dissipation of flow is re - derived based on the theory of minimum entropy production . ( 2 ) it will be pointed out that the entropy is different from the entropy production in a river system
  （ 2 ）指出河流系统中的熵与熵产生是两个不同的概念，冲积河流在调整过程中，力求使水流的熵产生或能耗率趋于最小值，而不是使熵趋于最大值。
• The theory of minimum entropy production or minimum rate of energy dissipation shows that a river is stable when it is in a relative equilibrium condition . ( 3 ) the river facies formulas of alluvial river have been developed using the theory of minimum rate of energy dissipation together with flow continuity and motion equations , suspended load transport or bed load transport equation . ( 4 ) the causes of the river patterns are explained using the theory of minimum rate of energy dissipation
  （ 3 ）基于最小能耗率原理，以水流能耗率作为目标函数，以水流连续方程、水流运动方程及悬移质挟沙力公式或推移质输沙率公式作为约束条件，通过对目标函数求条件极值，分别推导出以悬移质造床为主的显式河相关系式和以推移质造床为主的显式河相关系式。
• The two basic theories of non - equilibrium thermodynamics , the minimum entropy production and the dissipative structure , are introduced . it will be shown that , by using the relationship between the entropy production and the rate of energy dissipation , the minimum entropy production is equivalent to the minimum rate of energy dissipation
  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。
• The optimum design mathematical models of both kind channels are developed in accordance with the theory of minimum rate of energy dissipation . the rate of energy dissipation of flow is used as the objective function , and the condition of both non - eroding and non - silting , or the condition of equilibrium of eroding and silting is the constraint
  以水流能耗率作为稳定渠道设计的目标函数，分别以渠道不冲不淤平衡和冲淤平衡作为约束条件，建立起稳定渠道优化设计数学模型，求解渠道底宽、水深、比降的优化值及相应流速。