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STEFANCICH, MARCO

STEFANCICH, MARCO  

Istituto dei Materiali per l'Elettronica ed il Magnetismo - IMEM  

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Titolo Data di pubblicazione Autore(i) File
Automatic outdoor monitoring system for photovoltaic panels 1-gen-2016 Stefancich, Marco; Simpson, Lin; Chiesa, Matteo
Efficiency enhancement in two-cell CIGS photovoltaic system with low-cost optical spectral splitter 1-gen-2016 Carlo Maragliano ; Harry Apostoleris ; Matteo Bronzoni ; Stefano Rampino ; Marco Stefancich ;Matteo Chiesa
Experimental demonstration of a dispersive spectral splitting concentrator for high efficiency photovoltaics 1-gen-2016 Maragliano, Carlo; Chiesa, Matteo; Stefancich, Marco
Tracking-integrated systems for concentrating photovoltaics 1-gen-2016 Apostoleris, Harry; Stefancich, Marco; Chiesa, Matteo
Effective AFM cantilever tip size: methods for in-situ determination 1-gen-2015 Maragliano, ; Carlo, ; Glia, ; Ayoub, ; Stefancich, Marco; Stefancich, Marco; Chiesa, ; Matteo,
Improved transparency switching in paraffin-PDMS composites 1-gen-2015 Apostoleris H.N.; Chiesa M.; Stefancich M.
Point-focus spectral splitting solar concentrator for multiple cells concentrating photovoltaic system 1-gen-2015 Maragliano, Carlo; Chiesa, Matteo; Stefancich, Marco
Sun-tracking optical element realized using thermally activated transparency-switching material 1-gen-2015 Apostoleris H.; Stefancich M.; Lilliu S.; Chiesa M.
Application of a substrate bias to control the droplet density on Cu(In,Ga)Se2 thin films grown by pulsed electron deposition 1-gen-2014 Rampino, Stefano; Pattini, Francesco; Malagù, Cesare; Pozzetti, Luana; Stefancich, Marco; Bronzoni, Matteo
High resolution dynamic electrostatic force microscopy technique: Quantifying electrical properties at the nanoscale. 1-gen-2014 Maragliano, C; Heskes, D; Stefancich, M; Chiesa, M; Souier, T
Improved transparency switching in paraffin-PDMS composites 1-gen-2014 Apostoleris, ; Harry, Nicholas; Chiesa, ; Matteo, ; Stefancich, Marco; Stefancich, Marco
In situ determination of effective tip radius in dynamic atomic force microscopy 1-gen-2014 Maragliano C.; Glia A.; Stefancich M.; Chiesa M.
Probing anodic oxidation kinetics and nanoscale heterogeneity within TiO< sub> 2</sub> films by Conductive Atomic Force Microscopy and combined techniques 1-gen-2014 Diamanti, ; Mv, ; Souier, T; Stefancich, M; Chiesa, M; Pedeferri, ; Mp,
Quantifying charge carrier concentration in ZnO thin films by Scanning Kelvin Probe Microscopy 1-gen-2014 Maragliano, C; Lilliu, S; Dahlem, M S; Chiesa, M; Souier, T; Stefancich, M
Quantifying electrostatic force contributions in electrically biased nanoscale interactions 1-gen-2014 Maragliano, C; Glia, A; Stefancich, M; Chiesa, M
Reconciling macro- with nano- carrier mobility measurements in organic photovoltaic blends 1-gen-2014 Omar, Yamila M.; Maragliano, Carlo; Chiesa, Matteo; Al Ghaferi, Amal; Stefancich, Marco
Thermal conductance imaging of graphene contacts 1-gen-2014 Yang, Jia; Ziade, Elbara; Maragliano, Carlo; Crowder, Robert; Wang, Xuanye; Stefancich, Marco; Chiesa, Matteo; Swan, Anna K.; Schmidt, Aaron J.
Three-Dimensional Point-Focus Spectral Splitting Solar Concentrator System 1-gen-2014 Maragliano; Carlo;Zayan; Ahmed;Stefancich; Marco
Dynamic electrostatic force microscopy technique for the study of electrical properties with improved spatial resolution 1-gen-2013 Maragliano, Carlo; Heskes, Daan; Stefancich, Marco; Chiesa, M; Souier, Tewfik
EFM data mapped into 2D images of tip-sample contact potential difference and capacitance second derivative 1-gen-2013 Lilliu, Samuele; Maragliano, Carlo; Hampton, Mark; Elliott, Martin; Stefancich, Marco; Chiesa, M; Dahlem Marcus, S; MacDonald John, Emyr