参与性介质内辐射传输源项六流法模型分析

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1、哈尔滨工业大学工学硕士学位论文(LBL)integrationalgorithmsandMiescatteringtheory.ThesemethodsareintegratedintotheprogramofSourceSixFluxModeltosimulatethedirectionalspectralradiationintensityoftheexhaustplume.Keywords:rocketexhaustplume;directionalradiativeintensity;Six-FluxMet

2、hod;spectralradiationremittance-III-哈尔滨工业大学工学硕士学位论文目录第1章绪论................................................................................................................11.1课题背景..................................................................................

3、.........................11.2国内外有关导弹尾喷焰红外特性研究状况...................................................21.2.1国外研究现状............................................................................................21.2.2国内研究现状..............................................

4、..............................................41.3参与性介质内辐射换热研究状况...................................................................51.4本文主要研究内容及课题来源.......................................................................7第2章求解任意方向辐射强度的方法........................

5、............................................92.1反向蒙特卡洛方法简介...................................................................................92.2离散坐标方法简介.........................................................................................112.3传统热流法数学模型....

6、.................................................................................132.3.1二热流法数学模型..................................................................................132.3.2四热流法数学模型...................................................................

7、...............162.3.3六热流法数学模型..................................................................................172.4本章小结.........................................................................................................20第3章源项六热流法数学模型...................

8、...........................................................213.1直角坐标系源项六流法.................................................................................213.1.1广义辐射源项的确定.........