本帖最后由 reza123 于 2025-1-8 18:25 编辑
If you are working with lighting systems such as automotive lights and want to perform optical simulations, one of the most critical steps is to accurately input the optical material properties into the simulation software. These properties must precisely match the materials and conditions used in your injection molding process. To achieve reliable and accurate simulations, you need to build your own optical properties library. This involves defining Material Optical Properties (MOP), such as absorption coefficient behavior, refractive index behavior, diffusion coefficient, and scattering phase function. Additionally, Surface Optical Properties (SOP), including simple and advanced scattering for reflection and transmission, must also be considered. Creating such a library not only enhances the accuracy of your simulations but also helps you design better products and achieve results that are closer to real-world performance.
如果您从事汽车灯等照明系统的工作,并希望进行光学仿真,其中一个关键步骤是将光学材料的特性准确输入到仿真软件中。这些特性必须与您的注塑工艺中实际使用的材料和条件完全匹配。
为了实现可靠且准确的仿真,您需要建立自己的光学特性库。这包括定义材料光学特性 (MOP),如吸收系数行为、折射率行为、扩散系数和散射相函数。此外,还需要考虑表面光学特性 (SOP),包括反射和透射的简单和高级散射。
构建这样的特性库不仅可以提高仿真的精度,还能帮助您设计出更好的产品,并获得更接近真实表现的结果。
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