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The Study on the Laser Ignition Model and Its Analytic Solution of Solid Energetic Materials

机译:固体含能材料激光点火模型及其解析解的研究

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摘要

The intensive transient non-Fourier heat conduction caused by high power laser ignition and the classical heat conduction are analyzed. It indicates that laser ignition has a different heat transfer mechanism from the common case. From the point of view of mathematics, a wave equation is corresponding to this kind of transient heat conduction, while a diffusive equation is to classical problem. The analytic solution is also worked out at the given boundary and initial conditions.
机译:分析了由高功率激光点火引起的瞬态强化非傅立叶热传导和经典的热传导。这表明激光点火的传热机理与普通情况不同。从数学的观点来看,波动方程对应于这种瞬态热传导,而扩散方程对应于经典问题。还可以在给定的边界和初始条件下得出解析解。

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