A new generation of inhomogeneous nonimaging optical concentrators is proposed, able to achieve simultaneously high optical efficiency and acceptance solid angle at a given geometrical concentration factor. General design methods are given, and concentrators are numerically investigated and optimized
The field of view and gain of optical concentrators used within free space optical communications sy...
The dome-shaped Fresnel-Köhler concentrator is a novel optical design for photovoltaic applications....
We propose an array of non-imaging micro-concentrators as a mean to recover the loss of sensitivity ...
Immersion optics enable creation of systems with improved optical concentration and coupling by taki...
ABSTRACT: Luminescent and nonimaging optical concen-tration constitute two fundamentally different w...
Nonimaging optics is a new discipline with techniques, formalism and objectives quite distinct from ...
Luminescent and nonimaging optical concentration constitute two fundamentally different ways of coll...
A novel design for a flat panel solar concentrator is presented which is based on a light guide with...
This paper describes a novel type of solar concentrator – a mirror symmetrical dielectric totally in...
Manufacturing tolerances, along with a high concentration ratio, are key issues in order to obtain c...
Here is presented a method of fabricating nonimaging light concentrators from total internal reflect...
An array of non-imaging micro-prisms can offer a substantial recovery of the sensitivity loss due to...
International audienceTransformational optics is a powerful approach for designing optical elements ...
An overview of the fundamentals, the optimization strategies, and specific optical designs of concen...
International audienceThe aim of the presented work is to determine the optimum height and front sur...
The field of view and gain of optical concentrators used within free space optical communications sy...
The dome-shaped Fresnel-Köhler concentrator is a novel optical design for photovoltaic applications....
We propose an array of non-imaging micro-concentrators as a mean to recover the loss of sensitivity ...
Immersion optics enable creation of systems with improved optical concentration and coupling by taki...
ABSTRACT: Luminescent and nonimaging optical concen-tration constitute two fundamentally different w...
Nonimaging optics is a new discipline with techniques, formalism and objectives quite distinct from ...
Luminescent and nonimaging optical concentration constitute two fundamentally different ways of coll...
A novel design for a flat panel solar concentrator is presented which is based on a light guide with...
This paper describes a novel type of solar concentrator – a mirror symmetrical dielectric totally in...
Manufacturing tolerances, along with a high concentration ratio, are key issues in order to obtain c...
Here is presented a method of fabricating nonimaging light concentrators from total internal reflect...
An array of non-imaging micro-prisms can offer a substantial recovery of the sensitivity loss due to...
International audienceTransformational optics is a powerful approach for designing optical elements ...
An overview of the fundamentals, the optimization strategies, and specific optical designs of concen...
International audienceThe aim of the presented work is to determine the optimum height and front sur...
The field of view and gain of optical concentrators used within free space optical communications sy...
The dome-shaped Fresnel-Köhler concentrator is a novel optical design for photovoltaic applications....
We propose an array of non-imaging micro-concentrators as a mean to recover the loss of sensitivity ...