BRDF测量系统优化设计及实验研究

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1、．密级无＇分类号ＴＮ２４７－ｍ＇ＡＮＸＩＴＥＣＨＮＯＬＯＧＩＣＡＬＵＮＩＶＥＲＳＩＴＹ硕士学位论文题目：ＢＲＤＦ测量系统优化设计及实验研究作者：王璐璐指导教师：高爱华教授申请学位学科：光学工程２０１８年６月５日密级无分类号TN247XI’ANTECHNOLOGICALUNIVERSITY硕士学位论文题目:BRDF测量系统优化设计及实验研究作者:王璐璐指导教师:高爱华教授申请学位学科:光学工程2018年6月5日scattering.The

2、spatialazimuthmeasurementrangeofthesystemis0°-360°,theangularresolutionis0.1o,andthesystemdynamicrangecanreach1011ordersofmagnitude.Theperformanceofthescatteringmeasurementsystemwasstudied.Thestudyprovedthatthesystemhasgoodrepeatabilityandstability.Key

3、Words:Virtualinstrument；Angle-resolvedspacelaserscattering；Bidirectionalreflectiondistributionfunction(BRDF)；Motioncontrol；Datacollection目录1绪论..............................................................................................................

4、...........................11.1研究背景和意义............................................................................................................11.2国内外研究状况...............................................................................................

5、.............21.2.1国外研究现状.....................................................................................................21.2.2国内研究现状.................................................................................................41.3本文的研究内容和结构安排

6、........................................................................................61.3.1本文主要研究内容.........................................................................................61.3.2章节安排..................................................

7、...........................................................62系统设计理论研究...................................................................................................................82.1基本概念............................................................

8、............................................................82.1.1双向反射分布函数(BRDF)的定义................................................................82.1.2角分辨散射(ARS)........................................................................