Search Results - "Mollica, Fabien"

Light absorption enhancement in ultra-thin Cu(In,Ga)Se 2 solar cells by substituting the back-contact with a transparent conducting oxide based reflector by Mollica, Fabien, Jubault, Marie, Donsanti, Frederique, Loubat, Anaïs, Bouttemy, Muriel, Etcheberry, Arnaud, Naghavi, Negar

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Growth of Cu2ZnSnSe4 by cosputtering and reactive annealing atmosphere by Bodeux, Romain, Mollica, Fabien, Delbos, Sébastien

“…Cu2ZnSnSe4 (CZTSe) thin films were synthesized by a two-step process involving co-sputtering metallic precursor followed by reactive annealing. Two different…”
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Light absorption enhancement in ultra-thin Cu(In,Ga)Se2 solar cells by substituting the back-contact with a transparent conducting oxide based reflector by Mollica, Fabien, Jubault, Marie, Donsanti, Frederique, Loubat, Anaïs, Bouttemy, Muriel, Etcheberry, Arnaud, Naghavi, Negar

“…Cu(In,Ga)Se2 (CIGS) based solar cells including an ultra-thin absorber layer (<500nm) allow cost reduction but lack of sufficient generation of current. A…”
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Determination of the electronic properties of Cu2ZnSnSe4-based solar cells by impedance spectroscopy and current–voltage characteristics analysis by Bodeux, Romain, Rousset, Jean, Tsin, Fabien, Mollica, Fabien, Leite, Enrique, Delbos, Sébastien

“…Cu 2 ZnSnSe 4 (CZTSe) thin films were synthesized by a cosputtering–annealing process and characterized as absorber layer of solar cells. Electrical…”
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Optical properties of ultrathin CIGS films studied by spectroscopic ellipsometry assisted by chemical engineering by Loubat, Anaïs, Eypert, Céline, Mollica, Fabien, Bouttemy, Muriel, Naghavi, Negar, Lincot, Daniel, Etcheberry, Arnaud

“…•Spectroscopic Ellipsometry of CIGS thin film.•CIGS chemical engineering for flattening.•CIGS optical constant.•Band gap relationship with…”
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Growth of Cu sub(2)ZnSnSe sub(4) by cosputtering and reactive annealing atmosphere by Bodeux, Romain, Mollica, Fabien, Delbos, Sebastien

“…Cu sub(2)ZnSnSe sub(4) (CZTSe) thin films were synthesized by a two-step process involving co-sputtering metallic precursor followed by reactive annealing. Two…”
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Light Trapping in Ultrathin CIGS Solar Cells with Nanostructured Back Mirrors by Goffard, Julie, Colin, Clement, Mollica, Fabien, Cattoni, Andrea, Sauvan, Christophe, Lalanne, Philippe, Guillemoles, Jean-Francois, Naghavi, Negar, Collin, Stephane

“…Novel architectures for light trapping in ultrathin Cu(In,Ga)Se 2 (CIGS) solar cells are proposed and numerically investigated. They are composed of a flat…”
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Revisiting Schottky barriers for CIGS solar cells: Electrical characterization of the Al/Cu(InGa)Se 2 contact by Theys, Bertrand, Klinkert, Torben, Mollica, Fabien, Leite, Enrique, Donsanti, Frédérique, Jubault, Marie, Lincot, Daniel

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Revisiting Schottky barriers for CIGS solar cells: Electrical characterization of the Al/Cu(InGa)Se2 contact by Theys, Bertrand, Klinkert, Torben, Mollica, Fabien, Leite, Enrique, Donsanti, Frédérique, Jubault, Marie, Lincot, Daniel

“…Devices based on a metal‐semiconductor contact are potential candidates for the fabrication of photovoltaic cells as long as the corresponding junctions…”
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Revisiting Schottky barriers for CIGS solar cells: Electrical characterization of the Al/Cu(InGa)Se sub(2) contact by Theys, Bertrand, Klinkert, Torben, Mollica, Fabien, Leite, Enrique, Donsanti, Frederique, Jubault, Marie, Lincot, Daniel

“…Devices based on a metal-semiconductor contact are potential candidates for the fabrication of photovoltaic cells as long as the corresponding junctions…”
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Light Trapping in Ultrathin CIGS Solar Cells withNanostructured Back Mirrors by Goffard, Julie, Colin, Clément, Mollica, Fabien, Cattoni, Andrea, Sauvan, Christophe, Lalanne, Philippe, Guillemoles, Jean-Francois, Naghavi, Negar, Collin, Stéphane

“…Novel architectures for light trapping in ultrathinCu(In,Ga)Se2 (CIGS) solar cells are proposed and numericallyinvestigated. They are composed of a flat CIGS…”
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Cu2ZnSnSe4 thin film solar cells above 5% conversion efficiency from electrodeposited Cu Sn Zn precursors by Vauche, Laura, Dubois, Jérôme, Laparre, Aurélie, Mollica, Fabien, Bodeux, Romain, Delbos, Sébastien, Ruiz, Carmen M., Pasquinelli, Marcel, Bahi, Farid, de Monsabert, Thomas Goislard, Jaime, Salvador, Bodnar, Sylvie, Grand, Pierre-Philippe

“…Cu2ZnSnSe4 solar cells were synthesized by electrodeposition of metal stack precursors followed by selenization, a high potential process for industry, leading…”
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Cu 2 ZnSnSe 4 thin film solar cells above 5% conversion efficiency from electrodeposited Cu Sn Zn precursors: Cu 2 ZnSnSe 4 thin film solar cells above 5% PCE by Vauche, Laura, Dubois, Jérôme, Laparre, Aurélie, Mollica, Fabien, Bodeux, Romain, Delbos, Sébastien, Ruiz, Carmen M., Pasquinelli, Marcel, Bahi, Farid, de Monsabert, Thomas Goislard, Jaime, Salvador, Bodnar, Sylvie, Grand, Pierre-Philippe

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Cu sub(2)ZnSnSe sub(4) thin film solar cells above 5% conversion efficiency from electrodeposited Cu Sn Zn precursors by Vauche, Laura, Dubois, Jerome, Laparre, Aurelie, Mollica, Fabien, Bodeux, Romain, Delbos, Sebastien, Ruiz, Carmen M, Pasquinelli, Marcel, Bahi, Farid, de Monsabert, Thomas Goislard, Jaime, Salvador, Bodnar, Sylvie, Grand, Pierre-Philippe

“…Cu sub(2)ZnSnSe sub(4) solar cells were synthesized by electrodeposition of metal stack precursors followed by selenization, a high potential process for…”
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Multi-resonant light trapping in ultrathin CIGS solar cells by Goffard, Julie, Cattoni, Andrea, Mollica, Fabien, Jubault, Marie, Colin, Clement, Guillemoles, Jean-Francois, Lincot, Daniel, Naghavi, Negar, Collin, Stephane

“…We investigate ultrathin CIGS solar cells with a nanostructured back mirror. Numerical calculations are used to optimize the optical design based on…”
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Cross strategy of surface and volume characterizations of chalcogenides thin films: Practical case of CIGS absorbers by Loubat, Anais, Mollica, Fabien, Eypert, Celine, Bouttemy, Muriel, Aureau, Damien, Vigneron, Jackie, Gaiaschi, Sofia, Naghavi, Negar, Jubault, Marie, Donsanti, Frederique, Chapon, Patrick, Lincot, Daniel, Etcheberry, Arnaud

“…Photovoltaic cells based on chalcogenides CIGS (Cu(In, Ga)Se 2 ) thin films are a very promising technology. To improve cells performances, a fine optimization…”
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