CNR Institutional Research Information System

SENNECA, OSVALDA

SENNECA, OSVALDA  

Istituto di Scienze e Tecnologie per l'Energia e la Mobilità Sostenibili - STEMS  

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Risultati 1 - 20 di 206 (tempo di esecuzione: 0.032 secondi).
Titolo Data di pubblicazione Autore(i) File
A fast-heating-rate thermogravimetric study of the pyrolysis of scrap tyres 1-gen-1999 Senneca, O; Salatino, P; Chirone, R
A Novel Concept of Looping Combustion/Gasification of Carbon 1-gen-2009 P.Salatino; O. Senneca
A Semi-Detailed Kinetic Model of Char Combustion with Consideration of Thermal Annealing 1-gen-2010 Senneca, O; Salatino, P
A semi-detailed kinetic model of char combustion with consideration of thermal annealing 1-gen-2011 Senneca, Osvalda; Salatino, Piero
A semidetailed model of primary fragmentation of coal 1-gen-2013 Senneca, O; Urciuolo, M; Chirone, Riccardo; R,
A thermogravimetric study of nonfossil solid fuels. 1. Inert pyrolysis 1-gen-2002 Senneca, Osvalda; Chirone, Riccardo; Masi, Sabato; Salatino, Piero
A Thermogravimetric study of nonfossil solid fuels. 2. oxidative pyrolysis and char combustion 1-gen-2002 Senneca O ; Chirone R; Masi S; Salatino P
A thermogravimetric study of nonfossil solid fuels. 2. Oxidative pyrolysis and char combustion 1-gen-2002 Senneca, Osvalda; Chirone, Riccardo; Salatino, Piero
An assessment of carbon oxidation mechanism by dynamic oxidation/desorption in a Looping reactor 1-gen-2018 Antonio Coppola; Osvalda Senneca; Francesca Cerciello; Piero Salatino
An experimental study of fragmentation of coals during fast pyrolysis at high temperature and pressure 1-gen-2011 Senneca, O; Urciuolo, M; Chirone, R; Cumbo, D
An experimental study of fragmentation of coals during fast pyrolysis at high temperature and pressure 1-gen-2011 Senneca, Osvalda; Urciuolo, Massimo; Chirone, Riccardo; Cumbo, Danila
Analytics for Recovery and Reuse of Solid Wastes from Refineries 1-gen-2022 Apicella B.; Russo C.; Senneca O.
Application of the Carbon Looping (CarboLoop) Concept in a Novel Twin-Bed Reactor 1-gen-2017 Coppola A.; Senneca O.; Salatino P.
Assessment of a Comprehensive Mechanistic Framework of Coal Combustion 1-gen-2003 Senneca, O; Salatino, P; Masi, S
Assessment of coal pyrolysis kinetics for Barracuda or Ansys Fluent 1-gen-2019 Krusch, S; Scherer, V; Solimene, R; Senneca, O
Assessment of coal pyrolysis kinetics for Barracuda or Ansys Fluent 1-gen-2018 Krusch, S; Scherer, V; Solimene, R; Ruoppolo, G; Senneca, O
Assessment of combustion rates of coal chars for oxy-combustion applications 1-gen-2019 Senneca, O.; Vorobiev, N.; Wuetscher, A.; Cerciello, F.; Heuer, S.; Wedler, C.; Span, R.; Schiemann, M.; Muhler, M.; Scherer, V.
Assessment of combustion rates of coal chars of oxy-combustion 1-gen-2018 Senneca, O; Vorobiev, N; Wütscher, A; Cerciello, F; Heuer, S; Wedler, C; Span, R; Schiemann, M; Muhler, M; Scherer, V
Assessment of the carbon looping (CarboLoop) concept in a novel twin fluidized bed reactor 1-gen-2017 Coppola, Antonio; Senneca, Osvalda; Salatino, Piero
ASSESSMENT OF THE KINETICS OF COAL COMBUSTION UNDER OXY-FUEL CONDITIONS BY MEANS OF DIFFERENT EXPERIMENTAL TECHNIQUES 1-gen-2011 Senneca, O; Lcortese,