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Management of Light in Thick Optical Waveguides for Dashboard Illumination: An Application of Radiometric Principles
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English
Abstract
We are using principles of radiometry and nonimaging optics to model and test flux collection and transportation in thick optical waveguides. Output from these systems is used to illuminate automobile dashboard clusters and radio modules. Starting with the bulb, we determine the input flux distribution. We then demonstrate how the waveguide collects and transports flux down its length. We will discuss ways of controlling and optimizing this process.
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Citation
Hough, T., Van Derlofske, J., and Hillman, L., "Management of Light in Thick Optical Waveguides for Dashboard Illumination: An Application of Radiometric Principles," SAE Technical Paper 940512, 1994, https://doi.org/10.4271/940512.Also In
References
- Freeman, D. Cooper Industries Personal correspondence 1992
- Boyd, R.W. Radiometry and the Collection of Optical Radiation Wiley N.Y. 1976
- Wyatt, C.L. Radiometric Calibration: Theory and Methods Academic N.Y. 1978
- Steel, W.H. “Luminosity throughput, or étendue?,” Appl. Opt. 13 704 1974
- Shack, R.V. “Optical systems layout,” Optical Sciences Center News Letter University of Arizona 1970