Archive: 2008 - Moldavian Journal of the Physical Sciences

05 Apr 2008

2008
V. 7
2
(p.224 - 228)

Study of paraboloidal optical concentrator by ray-tracing method: Foundations

Authors:

Luminosu, I; Zaharie, I.; Ignea, D.

Summary:

This paper presents a software tool, Ray-Tracer, which allows the simulation of a small size paraboloidal concentrator of non-imaging type. The software tool uses the ray-tracing method in order to simulate the propagation of the light and its reflection on a surface. We define all involved physical measures: optical concentration factor, maximum of the optical concentration factor, geometrical concentration factor, optical efficiency, and all equations based on which the measures characterizing the solar radiation can be computed. The simulations were conducted for the days corresponding to equinox and solstice moments. All these results are in agreement with results reported in literature illustrating the fact that the proposed software tool is competitive.

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define all involved physical measures: optical concentration factor, maximum of the optical 
concentration factor, geometrical concentration factor, optical efficiency, and all equations 
based on which the measures characterizing the solar radiation can be computed. The simulations were conducted for the days corresponding to equinox and solstice moments. All these 
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BibTeX

@article{ibn_3813,
author = {Luminosu, I. and Zaharie, I. and Ignea, D.},
title = {Study of paraboloidal optical concentrator by ray-tracing method: Foundations},
journal = {Moldavian Journal of the Physical Sciences},
year = {2008},
volume = {7 (2)},
pages = {224-228},
month = {Apr},
abstract = {(EN) This paper presents a software tool, Ray-Tracer, which allows the simulation of a small 

size paraboloidal concentrator of non-imaging type. The software tool uses the ray-tracing 
method in order to simulate the propagation of the  light and its reflection on a surface. We 
define all involved physical measures: optical concentration factor, maximum of the optical 
concentration factor, geometrical concentration factor, optical efficiency, and all equations 
based on which the measures characterizing the solar radiation can be computed. The simulations were conducted for the days corresponding to equinox and solstice moments. All these 
results are in agreement with results reported in literature illustrating the fact that the proposed software tool is competitive. },
url = {https://ibn.idsi.md/vizualizare_articol/3813},
}

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define all involved physical measures: optical concentration factor, maximum of the optical 
concentration factor, geometrical concentration factor, optical efficiency, and all equations 
based on which the measures characterizing the solar radiation can be computed. The simulations were conducted for the days corresponding to equinox and solstice moments. All these 
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<dc:description xml:lang='en'>This paper presents a software tool, Ray-Tracer, which allows the simulation of a small 

size paraboloidal concentrator of non-imaging type. The software tool uses the ray-tracing 
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define all involved physical measures: optical concentration factor, maximum of the optical 
concentration factor, geometrical concentration factor, optical efficiency, and all equations 
based on which the measures characterizing the solar radiation can be computed. The simulations were conducted for the days corresponding to equinox and solstice moments. All these 
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<dc:source>Moldavian Journal of the Physical Sciences 7 (2) 224-228</dc:source>
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“ ... ”

SM ISO690:2012

LUMINOSU, I; ZAHARIE, I.; IGNEA, D.. Study of paraboloidal optical concentrator by ray-tracing method: Foundations. In: Moldavian Journal of the Physical Sciences. 2008, nr. 2(7), pp. 224-228. ISSN 1810-648X.