ROMEO, Alessandro

ROMEO, Alessandro  

DIPARTIMENTO DI INFORMATICA  

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Risultati 1 - 20 di 79 (tempo di esecuzione: 0.02 secondi).
Titolo Data di pubblicazione Autore(i) File
A CdTe Thin Film Module Factory with a Novel Process 1-gen-2010 Romeo, N.; Bosio, A.; Romeo, Alessandro; Mazzamuto, S.
A comparison of the vacuum evaporated CdTe substrate and superstrate solar cells 1-gen-2000 Romeo, Alessandro; D. L., Bätzner; H., Zogg; A. N., Tiwari
A study of SnS recrystallization by post deposition treatment 1-gen-2016 DI MARE, Simone; Salavei, Andrei; Menossi, Daniele; Piccinelli, Fabio; Bernardi, Paolo; Artegiani, Elisa; Kumar, Arun; Mariotto, Gino; Romeo, Alessandro
A Three Stage Selenization Process for the Preparation of High Efficiency CuInGaSe2/ CdS Thin Films Solar Cells 1-gen-1997 N., Romeo; A., Bosio; R., Tedeschi; Romeo, Alessandro; V., Canevari; F., Fermi
Achievement of Graded Band Gap in CdTe Solar Cells through Selenization of the Absorber 1-gen-2020 Artegiani, E.; Punathil, P.; Kumar, V.; Romeo, A.
Ageing of CdTe Devices by Copper Diffusion 1-gen-2012 Rimmaudo, Ivan; Salavei, Andrei; Romeo, Alessandro
ANALYSIS OF CDTE ACTIVATION TREATMENT WITH A NOVEL APPROACH 1-gen-2013 Salavei, Andrei; Rimmaudo, Ivan; Piccinelli, Fabio; Daniele, Menossi; Alessio, Bosio; Nicola, Romeo; Romeo, Alessandro
Analysis of Environmentally Friendly and Low Cost Non Vacuum Process for Cu2ZnSn(S,Se)4 Solar Cells 1-gen-2021 Punathil, P.; Zanetti, S.; Artegiani, E.; Kumar, V.; Romeo, A.
Analysis of Selenization Processes for Antimony Selenide Solar Cells by Vacuum Evaporation 1-gen-2020 Kumar, V.; Artegiani, E.; Punathil, P.; Romeo, A.
ANALYSIS OF SELENIZATION TEMPERATURE FOR THE PERFORMANCE IMPROVEMENT OF SPIN COATED CZTSSe SOLAR CELLS 1-gen-2022 Punathil, Prabeesh; Zanetti, Solidea; Artegiani, Elisa; Torabi, Narges; Romeo, Alessandro
Analysis of SnS Growth and Post Deposition Treatment by Congruent Physical Vapor Deposition 1-gen-2015 DI MARE, Simone; Salavei, Andrei; Piccinelli, Fabio; Romeo, Alessandro
Annealing Temperature and Post Sulphurizaton/Seleniation Effects on Solution-Based CZTS Devices 1-gen-2020 Punathil, P.; Zanetti, S.; Artegiani, E.; Kumar, V.; Romeo, A.
Antimony Selenide Based Solar Cells by Vacuum Evaporation 1-gen-2019 Xxxxx, VIKASH KUMAR; Artegiani, Elisa; Romeo, Alessandro
Cadmium and Zinc Chloride Treatments of CdS films for the preparation of High Efficiency CdTe/CdS Thin Films Solar Cells 1-gen-1997 N., Romeo; A., Bosio; R., Tedeschi; Romeo, Alessandro; V., Canevari; D., Leone
CdTe thin film solar cells : present status and future perspectives 1-gen-2011 Romeo, Alessandro
CdTe thin film solar cells by pulsed electron deposition 1-gen-2016 Salavei, Andrei; Tedeschi, Gianpiero; Menossi, Daniele; DI MARE, Simone; Piccinelli, Fabio; Artegiani, Elisa; Romeo, Alessandro
CdTe/CdS Solar Cell Performance under Low Irradiance 1-gen-2002 D. L., Bätzner; Romeo, Alessandro; H., Zogg; A. N., Tiwari
CIGS thin films prepared by sputtering and selenization by using In2Se3, Ga2Se3 and Cu as sputtering targets 1-gen-2010 Romeo, N.; Bosio, A.; Mazzamuto, S.; Menossi, D.; Romeo, Alessandro
COMPARISON OF CDS AND CDSE BUFFER LAYERS FOR ANTIMONY SELENIDE (SB2SE3) SOLAR CELLS BY VACUUM EVAPORATION 1-gen-2022 Torabi, N.; Zanetti, S.; Artegiani, E.; Piccinelli, F.; Punathil, P.; Romeo, A
Comparison of CdTe thin film photovoltaic technologies 1-gen-2008 Romeo, Alessandro