Simulate photoluminescence in non-scattering materials more accurately with the newly decoupled Mie scattering and wavelength shifting. Quickly display stray light paths in the Layout and Shaded Model system viewers by using new Filter strings to limit the number of rays Photoluminescence Available in Premium Edition OpticStudio 15 introduced modeling for phosphors and fluorescent materials.īased on user feedback, we expanded this capability in OpticStudio 16.5 so you can model a wider range of phosphors and fluorescent materials. Isolate critical data quickly and specify the quantity of rays to investigate in Ray Database filesby by using new ZRD Filter strings. Measure the impact of mechanical mounts or the effects of stray light with the new Non-sequential geometric MTF calculation. OpticStudio 16.5’s new stray light analysis tools help identify and block unwanted rays in optical systems and streamline non-sequential stray light analysis to deliver accurate, consistent results faster. This release includes the new Bernhard Halle Lens Catalog, new Nikon Material Catalog, and updated catalogs from NHG, Ohara, Zeon, and Hoya. Plus, you can now transfer your soft key license from one computer to another in two easy steps. Usability improvements include faster rendering of analysis windows, and faster results in Layout plots and Shaded Model plots when modifying designs. 
Optical engineers working on biomedical, automotive lighting, and other applications that use phosphors and fluorescent materials can now model a wider range of these materials. Zemax_OpticStudio_V2016_SP2_download_training_torrent New tools tackle stray light and simulate more photoluminescent materials, plus mobility and usability improvements increase ease of use New stray light analysis tools help identify and block unwanted rays in optical systems and streamline stray light analysis to deliver accurate, consistent results faster.
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