energy conservation equation中文是什么意思

• 能量守恒方程

• "energy"中文翻译    n. 1.干劲，活力。 2.(语言、行为等的)生动。 3 ...
• "conservation"中文翻译    n. 1.保存，维持(健康)，保守；保护；保护森林[河道 ...
• "equation"中文翻译    n. 1.平衡，均衡；平均，相等。 2.【数学】方程式， ...
• "equation for conservation of energy" 中文翻译 :    能量守恒方程
• "conservation equation" 中文翻译 :    守恒方程式
• "conservation of energy" 中文翻译 :    保存能量; 节约能源; 能量不变原理; 能量不灭; 能量守恒定律; 质量守恒; 质能守恒定律
• "energy conservation" 中文翻译 :    节用能源；节能; 节约能量; 节约能源；节省能源; 能量守恒；能源合理利用; 能源保护; 能源节约, 能源保存
• "energy, conservation of" 中文翻译 :    能量守恒
• "energy conservation, energy saving" 中文翻译 :    节能
• "conservation of functional equation" 中文翻译 :    泛涵议程的守恒; 泛函方程的守恒
• "conservation-of-momentum equation" 中文翻译 :    动量守恒方程
• "equation for conservation of mass" 中文翻译 :    质量守恒方程
• "equation for conservation of momentum" 中文翻译 :    动量守恒方程
• "equation of mass conservation" 中文翻译 :    质量守恒定律方程; 质量守恒方程
• "mass conservation equation" 中文翻译 :    质量守恒方程
• "momentum conservation equation" 中文翻译 :    动量守恒方程
• "particle-conservation equation" 中文翻译 :    粒子数守恒方程
• "energy equation" 中文翻译 :    能量方程式
• "equation of energy" 中文翻译 :    能量方程式
• "conservation of energy and momentum" 中文翻译 :    能量动量守恒
• "conservation of energy law" 中文翻译 :    能量守恒定律
• "conservation of energy principle" 中文翻译 :    能量守恒原理
• "conservation of energy theorem" 中文翻译 :    能量守恒定理; 能量守恒定律
• "conservation of mass energy" 中文翻译 :    质量能量守恒
• "conservation of mass-energy" 中文翻译 :    质量能量守恒

• A two dimension analytical model for the natural condensation of steam in the presence of noncondensable gases was proposed based on the mass , momentum and energy conservation equations of condensing mixture flow
  在蒸汽、凝结液膜和不凝性气体的质量、动量和能量守衡方程的基础上，建立了大空间内含不凝性气体的蒸汽自然对流冷凝的二维分析模型。
• According to energy conservation equation and fusion and evaporation characteristics of electrode materials , a simplified one - dimension mathematical model was made and numerically solved by means of fdtd ( finite - difference time - domain )
  根据能量守恒方程，同时考虑了电极材料的熔解和气化特性，建立了电极烧蚀过程的一维简化数学模型，并采用时域有限差分法( fdtd )进行了数值求解。
• Based on the mass and energy conservation equations of the borehole and formation - borehole system , the decisive functions between production rate and flow flux as well as temperature of the fluids in the borehole as all depth of the well have been deduced in this study
  本文在井筒及井筒?地层系统中的质量能量守恒方程基础上，推导出了沿井身的地层各相产出速度与井眼流量温度之间的决定性方程组。
• An analytical model for the forced condensation of steam in the presence of noncondensable gases was proposed based on the mass , momentum and energy conservation equations of condensing mixture flow , involving the analogy between heat and mass transfer in the gas / liquid interface
  总之，蒸汽流量、空气含量和系统压力是影响蒸气冷凝的重要因素。相似的基础上，建立了竖直管内蒸气强迫对流冷凝的一维分析模型。
• The procedure to modify the sss code is as follow : at first the hom eos ( equation of state ) is replaced by the sesame eos , secondly the magnetic force is added to the momentum equation , the ohmic heating rate is added to the energy conservation equation
  对sss程序改造过程大致如下：首先以sesame数据库物态方程替换sss程序原有的物态方程；其次在动量守恒方程中加上洛仑兹力项，在能量守恒方程中加上单位质量焦耳加热项，通过麦克斯韦方程推导出磁扩散方程。
• In the studying of the dielectric recovery mechanism , the dielectric process of high - power repetitive gas switches was analyzed theoretically , the conditions of full recovery of dielectric capability , and some qualitative results were obtained . then , a dynamic mathematical model of the dielectric recovery process was made , and a group of equations , including mass conservation equation , momentum conservation equation , energy conservation equation and state equation , were built . also , a mathematical model of the dielectric recovery process of a axially - blown gas spark gap , and a group of simplified hydromechanical equations were made
  在绝缘恢复机理研究中，首先对高功率重复气体火花开关绝缘恢复过程进行了理论分析，提出了开关绝缘强度完全恢复的判据，得到了一些定性结论；然后建立了一般吹气式气体火花开关绝缘恢复的动态数学模型，得到了包括质量守恒方程、动量守恒方程、能量守恒方程和状态方程等的一个完备方程组；建立了纵吹式气体开关绝缘恢复过程的数学模型，得到了一个简化流体力学方程组。
• ( 2 ) on the basis of continuity equation , momentum conservation equation , energy conservation equation , and substantial equation , coupled thm governing equations are derivated with giving up the assumption of local thermal equilibrium , adopting thermal elasto - plastic constitutive relation , taking the effect of temperature gradient on groundwater seepage ( analogous to soret diffusion ) and the effect of viscous dissipation of groundwater on temperature field of rock mass into account
  ( 2 )根据连续性方程、线动量平衡方程和能量守恒方程以及相应的物性方程推导了饱和岩体温度场-渗流场-变形场三场耦合作用控制方程组。在推导控制方程组时舍弃了“局部热平衡”假设，采用了热弹塑性本构关系，考虑了温度梯度对地下水渗流的影响(类soret效应)以及地下水的粘性耗散对岩体温度场的影响。