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1·The relation of scale conversion is gotten by use of the mass conservation equation.

同时，引入质量守恒方程，得出弹体的比例尺度换算关系。

2·By using finite difference method, the derived equation was solved coupling with energy conservation equations.

利用有限差分法将该方程与能量守恒方程进行了耦合求解。

3·The momentum flux conservation equation includes the momentum transfer of two gases (heating gas and beam electron).

动量守恒方程包括两种气体(热气体和束电子)的动量转移。

4·By conservation equation, results will be get by iterative calculation, after each iteration, the parameters will be amendment.

通过守恒方程进行迭代计算，并对参数进行修正，最终得到满意结果。

5·The finite element method is applied to solve the radiative heat transfer equation and energy conservation equation discretely.

利用有限单元法离散求解辐射传递方程和能量控制方程。

6·The mass conservation equation, energy conservation equation, flow equation and heat transfer equation are described in this paper.

列出了描述蒸汽发生器模型的质量、能量守恒方程以及流量方程和传热方程。

7·A multi-phase field model coupled with mass, momentum, energy and solute conservation equation was introduced to apply for macro simulation.

宏观部分着重介绍了一种耦合质量、 动量、能量及溶质平衡方程的多相模型。

8·Evaporation quantum of liquid is expressed as mass source for vapor in vapor mass conservation equation, while it is dealt with mass sink for itself.

在建立多孔介质各相质量守恒方程时，液体蒸发量相对于蒸汽相而言为质量源，对液相本身而言为质量汇。

9·Based on this model, the one-dimensional energy conservation equation with a special term of inner heat source is applied to solve the temperature profile.

根据此模型，应用带有特殊内热源项的一维能量守恒方程求解了温度场。

10·The model couples continuity equation, momentum equation and species conservation equations. Net water transport flux in the membrane is considered as a boundary condition.

模型耦合了连续方程、动量方程和组分守恒方程，并将质子膜中的净水迁移通量作为边界条件之一来处理。