Search Results - "Gruginskie, Natasha"

A facile light‐trapping approach for ultrathin GaAs solar cells using wet chemical etching by Eerden, Maarten, Bauhuis, Gerard J., Mulder, Peter, Gruginskie, Natasha, Passoni, Marco, Andreani, Lucio C., Vlieg, Elias, Schermer, John J.

“…Thinning down the absorber layer of GaAs solar cells can reduce their cost and improve their radiation hardness, which is important for space applications…”
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Proton irradiation induced GaAs solar cell performance degradation simulations using a physics-based model by Gruginskie, Natasha, Cappelluti, Federica, van Eerden, Maarten, Bauhuis, Gerard, Mulder, Peter, Vlieg, Elias, Schermer, John

“…In this study a recently developed physics-based model to describe the performance degradation of GaAs solar cells upon electron irradiation is applied to…”
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Limiting mechanisms for photon recycling in thin‐film GaAs solar cells by Gruginskie, Natasha, Cappelluti, Federica, Bauhuis, Gerard, Tibaldi, Alberto, Giliberti, Gemma, Mulder, Peter, Vlieg, Elias, Schermer, John

“…Photon recycling mechanisms in single junction thin‐film GaAs solar cells are evaluated in this study. Modelling supported by experimentally obtained results…”
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Improvements in ultra‐light and flexible epitaxial lift‐off GaInP/GaAs/GaInAs solar cells for space applications by Schön, Jonas, Bissels, Gunther M. M. W., Mulder, Peter, Leest, Rosalinda H., Gruginskie, Natasha, Vlieg, Elias, Chojniak, David, Lackner, David

“…A thin, lightweight, flexible solar cell is developed that maximizes the power‐to‐mass ratio under AM0 illumination and has a competitive efficiency after…”
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Electron radiation–induced degradation of GaAs solar cells with different architectures by Gruginskie, Natasha, Cappelluti, Federica, Bauhuis, Gerard J., Mulder, Peter, Haverkamp, Erik J., Vlieg, Elias, Schermer, John J.

“…The effects of electron irradiation on the performance of GaAs solar cells with a range of architectures is studied. Solar cells with shallow and deep junction…”
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Dark curve analysis of thin-film GaAs solar cells, with a focus on photon recycling approaches by Gruginskie, Natasha, Bauhuis, Gerard, Mulder, Peter, Cappelluti, Federica, Vlieg, Elias, Schermer, John

“…Multiple studies have been recently conducted towards increasing photon recycling in thin-film GaAs solar cells. It has been established that the photon…”
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Reduced Surface Recombination in Extended-Perimeter LEDs toward Electroluminescent Cooling by van der Krabben, Luc M., Gruginskie, Natasha, van Eerden, Maarten, van Gastel, Jasper, Mulder, Peter, Bauhuis, Gerard J., Khusyainov, Dinar, Afanasiev, Dima, Vlieg, Elias, Schermer, John J.

“…III–V semiconductor light-emitting diodes (LEDs) are a promising candidate for demonstrating electroluminescent cooling. However, exceptionally high internal…”
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Temperature-Induced Degradation of Thin-Film III–V Solar Cells for Space Applications by van Leest, Rosalinda H., Mulder, Peter, Gruginskie, Natasha, van Laar, Simone C. W., Bauhuis, Gerard J., Hyenseok Cheun, Heonmin Lee, Wonki Yoon, van der Heijden, Remco, Bongers, Ed, Vlieg, Elias, Schermer, John J.

“…High-efficiency, thin-film III-V solar cells offer excellent characteristics for implementation in flexible solar panels for space applications. In order to…”
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Wet-Chemically Textured Ultra-Thin GaAs Solar Cells with Dielectric/Metal Rear Mirrors by Eerden, Maarten van, Bauhuis, Gerard, Mulder, Peter, Gruginskie, Natasha, Passoni, Marco, Andreani, Lucio Claudio, Vlieg, Elias, Schermer, John

“…The rear-side contact layer of ultra-thin GaAs solar cells was textured using a simple, one-step wet chemical approach. A ZnS/Ag double layer was conformally…”
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Perimeter recombination in GaAs solar cells with different geometries by Gruginskie, Natasha, Bauhuis, Gerard, Mulder, Peter, Vlieg, Elias, Schermer, John

“…In this study, we evaluate the effects of perimeter recombination to the performance of GaAs solar cells with different geometries. Two wafers with identical…”
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Increased Performance of Thin-film GaAs Solar Cells with Improved Rear Interface Reflectivity by Gruginskie, Natasha, Cappelluti, Federica, van Eerden, Maarten, Cedola, Ariel P., Bauhuis, Gerard J., Mulder, Peter, Vlieg, Elias, Schermer, John J.

“…The highest efficiencies in single-junction solar cells are obtained with devices based on GaAs. As this material is reaching the limit in material quality,…”
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