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- Optimizing an Infrared Lamp Heater
Optimizing an Infrared Lamp Heater
- By Oliver Stier
- Published 24 October 2005
- Optimization , Illumination & Stray Light , User Articles
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The Performance Improvement

The increase in transmitted power is very significant:
| Original | Optimized | |
| Outer lamps | 69% | 77% |
| Middle Lamps | 71% | 80% |
| Inner Lamps | 73% | 89% |
My total work time from getting started with the non-sequential mode, entering the initial structure (i. e. the original design), doing the optimisation, and exporting the graphics and result parameters of the TOROIDAL SURFACES was exactly 22 hours of work. Jenny Warwick of Optima Research (the European distributor of ZEMAX) had given me the appropriate pointers to the ZEMAX manual so that I could enter my problem without delay. I would like to mention that I had never used ZEMAX before.
I had done such optimisations three times before, from scratch, using Mathematica and my own C code, and that took a couple of weeks, as can be understood. I admit I was surprised to be ready with the task this time on day 3!
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2 Responses to "Optimizing an Infrared Lamp Heater" 
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said this on 25 Oct 2005 8:27:44 AM PDT
A very clearly written article. The application and goals for the design were easy to understand. The relevant ZEMAX tools needed were mentioned by name so the reader can follow the development. Fantastic!!
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