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Overview of Photoluminescence Simulation in OpticStudio

Photoluminescence is the phenomenon where photons are absorbed in a medium and part of the absorbed energy is reemitted as photons. Broadly speaking, there are two categories of photoluminescent emission, fluorescence and phosphorescence. Each of these can be modeled in OpticStudio using the photoluminescence bulk scattering model available in non-sequential mode.

Authored By: Shawn Gay

Published On: May 4, 2015


How to Export Ray Trace Results in IES Format

Illumination System designers often need to give their customers data in IES format, and this article shows how to do that and validate the results.
 

Authored By: Dr. Sanjay Gangadhara

Published On: July 10, 2012


How to Characterize Far-Field Color Mixing with the Source Illumination Map

This article explains how the Source Illumination Map can be used to read angular data from a source and display a true color image of the resulting illumination pattern in the far-field.
 

Authored By: Dr. Sanjay Gangadhara

Published On: July 10, 2012


Designing Roadway Lighting in Zemax

This article discusses how to use the Roadway Lighting Designer in Zemax and specific features in that can make the roadway lighting designer more efficient and productive.
 

Authored By: Akash Arora

Published On: February 5, 2013


How to Use the Polar Detector and IESNA/EULUMDAT Source Data

This article describes how to use the polar detector and import/export source IESNA and EULUMDAT data. It also contains a description of the NSDP optimization operand and ZPL numeric function. An encapusulated LED is used to illustrate these features.
 
 

Authored By: Akash Arora

Published On: May 1, 2009


How to Generate a Ray Set from an RSMX Source Model

This article describes how to generate any desired ray set from an RSMX Radiant Source Model file.
 

Authored By: Dr. Sanjay Gangadhara

Published On: July 10, 2012


How To Model Brightness Enhancement Film

This article describes how to model brightness enhancement film in Zemax. We use the Vikuiti™ Thin Brightness Enhancement Film (T-BEF) 90/24 as an example.
 

Authored By: Mark Nicholson

Published On: January 20, 2007


Modeling Laser Cavities Using Zemax and LASCAD

This paper described work undertaken at the University of Bern to model the cavity of a side-pumped Nd: YVO4 laser using Zemax to compute the absorbed power in the laser rods and the LASCAD program to compute the resulting cavity modes.

 

Authored By: Christoph Rüttimann

Published On: June 21, 2006


How to Model an LCD Backlight

In this article, a wedged LCD backlight is modeled, analyzed, and optimized for illumination output criteria.
 

Authored By: Akash Arora

Published On: February 21, 2008


Modeling a White Light Source Using the Phosphor DLL

This article describes modeling a phosphorescent material, as often used to generate white light sources in illumination systems, via the Phosphor.DLL bulk scattering model. 
 
 

Authored By: Sanjay Gangadhara

Published On: July 7, 2011


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