机译:模拟散射和吸收对聚烯烃材料光透射的影响
Advanced Materials Synthesis and Processing (AMPS) Laboratory Materials Science and Engineering Program Mechanical and Aerospace Engineering Department University of California San Diego California 92093 USA;
Advanced Materials Synthesis and Processing (AMPS) Laboratory Materials Science and Engineering Program Mechanical and Aerospace Engineering Department University of California San Diego California 92093 USA;
Advanced Materials Synthesis and Processing (AMPS) Laboratory Materials Science and Engineering Program Mechanical and Aerospace Engineering Department University of California San Diego California 92093 USA;
Advanced Materials Synthesis and Processing (AMPS) Laboratory Materials Science and Engineering Program Mechanical and Aerospace Engineering Department University of California San Diego California 92093 USA;
Advanced Materials Synthesis and Processing (AMPS) Laboratory Materials Science and Engineering Program Mechanical and Aerospace Engineering Department University of California San Diego California 92093 USA;
机译:穿过生物材料的激光的反射,吸收和散射的离散模型
机译:弥散性温室覆盖材料的材料技术-对光透射,光散射和光谱的影响。
机译:光通过高浓度吸收和散射材料的漫透射的理论和实验研究第一部分:蒙特卡洛模拟
机译:复合传动激光焊接过程中热建模:光散射和吸收现象耦合
机译:增强透光,吸收和抗反射涂层的等离子体超材料
机译:基于辐射度模型的混合简化球谐函数在具有非散射低散射和高吸收异质性的混浊介质中的光传输
机译:具有强吸收作用的散射材料中光传输的解析模型
机译:生物组织中光辐射吸收,散射,反射,透射和折射率的温度依赖性实验,计算和建模