The paper describes the design and realization of optical systems for concentrating solar light onto an optical fibre. Three different classes of optical system, with increasing surface complexity, were studied. These were collectors with spherical surfaces only, parabolic concentrators and collectors containing aspherical surfaces. This research led to two designs of solar collecting systems for application to the illumination of internal spaces. The first is an original catadioptric configuration made of a single block of quartz coupled to small silica fibres. The second consists of a polymethyl methacrylate aspherical lens and a larger fibre bundle made of plastic. 1
In this paper, the technological advances in concentrating solar power are reviewed. A comprehensive...
The principles of optical and metrology design form the foundation for technologies in many areas. O...
Goossen, Keith W.Optical fibers are a recently new research and the potential use for these fibers h...
The many advantages of daylighting, both in terms of human health and comfort ([1], [2] and [3]), a...
The many advantages of daylighting, both in terms of human health and comfort ([1], [2] and [3]), a...
The many advantages of daylighting, both in terms of human health and comfort ([1], [2] and [3]), a...
The many advantages of daylighting, both in terms of human health and comfort ([1], [2] and [3]), a...
The aims of this study are to optimize the coupling of a low-cost offset paraboloidal dish, which co...
AbstractTaking into account the possibility of transport of concentrated solar energy using optical ...
Abstract — The integration of optical fibers into solar energy systems requires a tradeoff between t...
WOS: 000260972200003The aims of this study are to optimize the coupling of a low-cost offset parabol...
The potential of a fibre luminescent solar concentrator has been explored by means of both analytic...
Solar thermal propulsion (STP) is the utilisation of concentrated sunlight for heating a propellant ...
The design of a new polymeric optical fiber luminescent solar concentrator (FLSC) for two-stage ligh...
Solar thermal propulsion (STP) is the utilisation of concentrated sunlight for heating a propellant ...
In this paper, the technological advances in concentrating solar power are reviewed. A comprehensive...
The principles of optical and metrology design form the foundation for technologies in many areas. O...
Goossen, Keith W.Optical fibers are a recently new research and the potential use for these fibers h...
The many advantages of daylighting, both in terms of human health and comfort ([1], [2] and [3]), a...
The many advantages of daylighting, both in terms of human health and comfort ([1], [2] and [3]), a...
The many advantages of daylighting, both in terms of human health and comfort ([1], [2] and [3]), a...
The many advantages of daylighting, both in terms of human health and comfort ([1], [2] and [3]), a...
The aims of this study are to optimize the coupling of a low-cost offset paraboloidal dish, which co...
AbstractTaking into account the possibility of transport of concentrated solar energy using optical ...
Abstract — The integration of optical fibers into solar energy systems requires a tradeoff between t...
WOS: 000260972200003The aims of this study are to optimize the coupling of a low-cost offset parabol...
The potential of a fibre luminescent solar concentrator has been explored by means of both analytic...
Solar thermal propulsion (STP) is the utilisation of concentrated sunlight for heating a propellant ...
The design of a new polymeric optical fiber luminescent solar concentrator (FLSC) for two-stage ligh...
Solar thermal propulsion (STP) is the utilisation of concentrated sunlight for heating a propellant ...
In this paper, the technological advances in concentrating solar power are reviewed. A comprehensive...
The principles of optical and metrology design form the foundation for technologies in many areas. O...
Goossen, Keith W.Optical fibers are a recently new research and the potential use for these fibers h...