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Holographic lenses for building integrated concentrating photovoltaics
A volume transmission phase holographic element was designed and constructed to
perform as a building integrated photovoltaic concentrator. The holographic lens diffracts …
perform as a building integrated photovoltaic concentrator. The holographic lens diffracts …
Development and testing of low spatial frequency holographic concentrator elements for collection of solar energy
The aim of this research is to use holographically recorded diffractive optical elements
(DOEs) recorded in photopolymer in order to effectively collect and concentrate solar …
(DOEs) recorded in photopolymer in order to effectively collect and concentrate solar …
Design and analysis of holographic optical elements for their use as couplers with appreciable efficiency at different optical transmission windows
The diffraction efficiency of a recorded Holographic optical element changes with change in
wavelength of reconstruction wave even for on-Bragg angle reconstruction. Diffraction …
wavelength of reconstruction wave even for on-Bragg angle reconstruction. Diffraction …
Recording and analysis of off-axis multiplexed volume holographic lens for wavelength selective wide acceptance angle operation in concentrator photovoltaics
AA Khan, HL Yadav - Optical Engineering, 2023 - spiedigitallibrary.org
Photovoltaic (PV) conversion is highly wavelength-dependent. The efficiency of a PV system
is maximum when converting photons of energy close to the bandgap energy of solar cells …
is maximum when converting photons of energy close to the bandgap energy of solar cells …
Dichromated gelatin, an efficient material for the fabrication of wavelength selective holographic solar concentrators for high-efficiency operation
The use of holographic concentrators for photovoltaic solar concentration is a very attractive
proposition as the hologram can be designed to be wavelength selective ie it can be …
proposition as the hologram can be designed to be wavelength selective ie it can be …
Optical design and characterization of holographic solar concentrators for photovoltaic applications
In present work, different possible aspects of holographic PV concentrators like wide
acceptance angle, wavelength selectivity and maximum efficiency operation have been …
acceptance angle, wavelength selectivity and maximum efficiency operation have been …
Design of Holographic Condenser Lens for Visible Light Lithography
Photolithography with visible light at λ= 405 nm utilizing the concept of nonlinear saturable
absorption effect where the size of the spot is diminished to the nanometer scale as …
absorption effect where the size of the spot is diminished to the nanometer scale as …
Dependence of wavelength selectivity of holographic PV concentrator on processing parameters
Dependence of wavelength selectivity of holographic PV concentrators on film thickness
have been reported in this manuscript through simulation and to validate with theoretical …
have been reported in this manuscript through simulation and to validate with theoretical …
Holographic lens recorded on photopolymers: Fabrication and study of the image quality
C García, JD Rodriguez, E Fernandez… - Journal of Modern …, 2009 - Taylor & Francis
In recent years, holographic optical elements have been introduced in different applications
such as high-density data storage, interconnections, spatial and temporal filters and three …
such as high-density data storage, interconnections, spatial and temporal filters and three …
Wavelength selective holographic concentrator: application to concentrated photovoltaics
In present investigation dependence of wavelength selectivity of holographic concentrators
on depth of refractive index modulation have been reported through simulation and to …
on depth of refractive index modulation have been reported through simulation and to …