1) Heat transfer equation in Porous Media
多孔介质中的传热方程
2) heat transfer in multi-layers mediums
多层介质中热传导方程
3) heat transfer in porous media
[环]多孔介质传热
4) the porous medium equation
多孔介质方程
1.
Asymptotic behavior of the solutions for the porous medium equation in the whole space is studied.
研究了在高维空间下多孔介质方程初值问题解的渐近行为,利用Lyapunov泛函方法得到了该问题解在L1(RN)里的渐近性质。
2.
This paper studies one type of the integrable nonlinear partial differential equations: the porous medium equationwhere D(u) is the diffusion coefficient, P(u) and Q(u) are respectively theconvection and source terms.
本篇论文研究的方程是这类方程中的一种：多孔介质方程 f(x)u_t=(g(x)D(u)u_x)_x+h(x)P(u)u_x+q(x)Q(u)其中D(u)是扩散项，P(u)和Q(u)分别是对流项和热源项，它们都是变量u的光滑函数。
5) hot porous medium
热多孔介质
1.
To conduct a fundamental study on mixture formation in porous medium engine,a numerical simulation of the interaction between umbrella spray and a hot porous medium was made.
为深入认识多孔介质发动机中均匀混合气的形成,用改进的KIVA-3V详细模拟了伞喷油雾与热多孔介质之间的相互作用。
2.
In order to study the mixture formation in porous medium engine,a numerical simulation for the interaction of hollow cone spray and a hot porous medium was conducted.
为加深对多孔介质发动机中均匀混合气形成的了解,用改进的KIVA-3V详细模拟了空心喷雾油滴碰撞热多孔介质的过程。
3.
With the structure of the hot porous medium being simplified,the interaction of fuel spray and the porous medium were simulated in detail.
在KIVA-3V中增加了油滴碰撞热多孔介质壁面的碰撞模型、传热模型及空心喷雾的线性不稳定性液膜破碎模型(LISA)。
6) porous medium equation with absorption
含吸附项的多孔介质方程
补充资料：中热
1.内热。 2.犹热中。 3.内心激动。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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