MASCALI, Giovanni

MASCALI, Giovanni  

Dipartimento di Matematica e Informatica  

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Risultati 1 - 20 di 72 (tempo di esecuzione: 0.067 secondi).
Titolo Data di pubblicazione Autore(i) File
A BGK TYPE APPROXIMATION FOR THE COLLISION OPERATOR OF THE TRANSPORT EQUATION FOR SEMICONDUCTORS 1-gen-2000 Mascali, Giovanni
A comparison between two hydrodynamical models for hole transport in Si semiconductors 1-gen-2010 Mascali, Giovanni; Romano, V.
A comprehensive hydrodynamical model for charge transport in graphene 1-gen-2014 Mascali, Giovanni; Romano, V.
A hierarchy of macroscopic models for phonon transport in graphene 1-gen-2020 Mascali, G.; Romano, V.
A hybrid Krasnosel'skiĭ-Schauder fixed point theorem for systems 1-gen-2024 Infante, G.; Mascali, G.; Rodriguez-Lopez, J.
A Hydrodynamic Model for Silicon Semiconductors Including Crystal Heating 1-gen-2015 Mascali, Giovanni
A HYDRODYNAMICAL MODEL FOR COVALENT SEMICONDUCTORS, WITH A GENERALIZED ENERGY DISPERSION RELATION 1-gen-2014 Ali', Giuseppe; Mascali, Giovanni; Romano, V; Torcasio, R. C.
A HYDRODYNAMICAL MODEL FOR HOLE TRANSPORT IN SILICON SEMICONDUCTORS: THE CASE OF WARPED NON-PARABOLIC BANDS 1-gen-2011 Mascali, Giovanni; Romano, V.
A HYDRODYNAMICAL MODEL FOR HOLE TRANSPORT IN SILICON SEMICONDUCTORS: THE CASE OF WARPED PARABOLIC BANDS 1-gen-2012 Mascali, Giovanni; Romano, V.
A Hydrodynamical Model for Silicon Bipolar Devices 1-gen-2006 Mascali, Giovanni; Liotta, S. F.
A Macroscopic Model for Electron Transport in Silicon using Analytic Descriptions for both the Electron Bands and the Phonon Dispersion Relations 1-gen-2013 Mascali, Giovanni; Romano, V.
A New Formula for Thermal Conductivity Based on a Hierarchy of Hydrodynamical Models 1-gen-2016 Mascali, Giovanni
A NON PARABOLIC HYDRODYNAMICAL SUBBAND MODEL FOR SEMICONDUCTORS BASED ON THE MAXIMUM ENTROPY PRINCIPLE 1-gen-2012 Mascali, Giovanni; Romano, V.
A two population model for electron transport in Si 1-gen-2003 Anile, A. M.; Mascali, Giovanni
About the definition of the local equilibrium lattice temperature in suspended monolayer graphene 1-gen-2021 Coco, M.; Mascali, G.; Romano, V.
An extended fluid-dynamical model describing electron transport in semiconductors 1-gen-2000 Mascali, Giovanni; Trovato, M.
AN EXTENDED HYDRODYNAMICAL MODEL FOR CHARGE TRANSPORT IN SI 1-gen-2007 Mascali, Giovanni; Beneduci, R; Romano, V.
An improved 2D–3D model for charge transport based on the maximum entropy principle 1-gen-2018 Dario Camiola, Vito; Mascali, Giovanni; Romano, Vittorio
Charge and Phonon Transport in Suspended Monolayer Graphene 1-gen-2020 Coco, Marco; Mascali, Giovanni; Romano, Vittorio
Charge transport and mobility in monolayer graphene 1-gen-2016 Majorana, A; Mascali, Giovanni; Romano, V.