Search Results - "De Borniol, E."

Dark Current Evolution in Irradiated MWIR HgCdTe Photodiodes by Dinand, S., Gravrand, O., Baier, N., De Borniol, E., Rochette, F., Rizzolo, S., Saint-Pe, O., Goiffon, V.

“…HgCdTe detectors are a key technology for space-based infrared imagery. Radiation in the space environment affects the performance of these detectors. Gamma…”
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Performance of Mid-Wave Infrared HgCdTe e-Avalanche Photodiodes by Kerlain, A., Bonnouvrier, G., Rubaldo, L., Decaens, G., Reibel, Y., Abraham, P., Rothman, J., Mollard, L., De Borniol, E.

“…HgCdTe has been shown to be the first semiconductor exhibiting single-carrier multiplication in avalanche photodiodes (APDs) up to multiplication factors…”
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From long infrared to very long infrared wavelength focal plane arrays made with HgCdTe n+n- /p ion implantation technology by GRAVRAND, O, DE BORNIOL, E, BISOTTO, S, MOLLARD, L, DESTEFANIS, G

“…This paper aims at studying the feasibility of very long infrared wavelength (VLWIR) (12-18 mum) focal plane arrays using n-on-p planar ion-implanted…”
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Dual-band infrared detectors made on high-quality HgCdTe epilayers grown by molecular beam epitaxy on CdZnTe or CdTe/Ge substrates by BALLET, P, NOËL, F, CHAMONAL, J. P, MILLION, A, DESTEFANIS, G, POTTIER, F, PLISSARD, S, ZANATTA, J. P, BAYLET, J, GRAVRAND, O, DE BORNIOL, E, MARTIN, S, CASTELEIN, P

“…In this paper, we present all the successive steps for realizing dual-band infrared detectors operating in the mid-wavelength infrared (MWIR) band. High…”
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From Long Infrared to Very Long Infrared Wavelength Focal Plane Arrays Made with HgCdTe n^sup +^n^sup -^/p Ion Implantation Technology by Gravrand, O, De Borniol, E, Bisotto, S, Mollard, L, Destefanis, G

“…This paper aims at studying the feasibility of very long infrared wavelength (VLWIR) (12-18 µm) focal plane arrays using n-on-p planar ion-implanted…”
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