mass energy equation

Derivation of the Formula of Mass-energy Equation Through an Ideal Experiment

从理想实验出发导出质能关系式

The model consists of energy conservation equation and mass conservation equation of each component.

该模型中包括各组分质量守恒方程、能量守恒方程.

This model equation satisfies the macroscopic conservation equations of mass, total momentum, and total energy, satisfies the H theorem, and possesses the same solutions as the Boltzmann equation in both molecular flow and viscous flow limits.

此模型方程式满足宏观的质量、总动量和总能量守恒方程式，满足H定理，并且在分子流和粘性流两个极限情况下给出与玻氏方程式相同的解答。

Based of energy conservation and momentum conservation, the mass-speed equation is derived through Lorentz transformation.

从能量守恒和动量守恒出发, 通过洛仑兹变换,推出了质量 - 速率关系式.

The char particle temperature is calculated under the steady combustion condition by the mass and energy balance equation, the effect on the particle temperature by some parameters are analyzed.

通过建立单颗粒焦碳的质量和能量平衡方程，计算求解出焦碳颗粒在稳定状态下的温度，分析了一些参数对细焦碳颗粒温度的影响。