PARAVAN, CHRISTIAN

PARAVAN, CHRISTIAN  

DIPARTIMENTO DI SCIENZE E TECNOLOGIE AEROSPAZIALI  

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Risultati 1 - 20 di 82 (tempo di esecuzione: 0.031 secondi).
Titolo Data di pubblicazione Autori File
Accelerated ageing of micron- and nano-sized aluminum powders: Metal content, composition and non-isothermal oxidation reactivity 1-gen-2019 Paravan, ChristianVERGA, ALBERTOMaggi, FilippoGalfetti, Luciano
Activated Aluminum Powders for Space Propulsion 1-gen-2015 MAGGI, FILIPPODOSSI, STEFANOPARAVAN, CHRISTIANDE LUCA, LUIGI +
Activated and Nano-Sized Aluminum as Metal Fuels in Solid Rocket Propellants 1-gen-2019 Dossi, S.Maggi, F.Paravan, C.Galfetti, L.
Aerospace Propulsion Research Activities at SPlab. Overview and Results 1-gen-2019 Galfetti, L.Maggi, F.Paravan, C.Dossi, S.Colombo, G.Verga, A.Carlotti, S.Bisin, R.Piscaglia, F. +
Aggregation and Incipient Agglomeration in Metallized Solid Propellants and Solid Fuels for Rocket Propulsion 1-gen-2010 DE LUCA, LUIGIPARAVAN, CHRISTIANREINA, ALICEMAGGI, FILIPPOBANDERA, ALESSIOCOLOMBO, GIOVANNI +
Aging Effects on Nano-Sized Aluminum Reactivity 1-gen-2017 PARAVAN, CHRISTIANVerga, A.MAGGI, FILIPPOGALFETTI, LUCIANO
Aluminum powders: aging effects on metal content and thermogravimetry reactivity 1-gen-2019 Paravan, C.Verga, A.Dossi, S.Maggi, F.Galfetti, L.
An Optical Time-Resolved Technique of Solid Fuels Burning for Hybrid Rocket Propulsion 1-gen-2011 DE LUCA, LUIGIGALFETTI, LUCIANOMAGGI, FILIPPOCOLOMBO, GIOVANNIPARAVAN, CHRISTIANREINA, ALICETADINI, PIETRO +
Analysis of Quasi-Steady and Transient Burning of Hybrid Fuels in a Laboratory-Scale Burner by an Optical Technique 1-gen-2013 PARAVAN, CHRISTIANDE LUCA, LUIGI +
Anisotropy Effects in Hybrid Fuels Burning in a Microburner 1-gen-2009 PARAVAN, CHRISTIANDE LUCA, LUIGI +
Burning Behavior Investigation of a Vortex Flow Pancake Hybrid Rocket Engine 1-gen-2019 Paravan, ChristianBisin, RiccardoGalfetti, Luciano +
Characterization and Combustion of Aluminum Nanopowders in Energetic Systems 1-gen-2014 DE LUCA, LUIGIGALFETTI, LUCIANOMAGGI, FILIPPOCOLOMBO, GIOVANNIPARAVAN, CHRISTIANREINA, ALICEDOSSI, STEFANOFASSINA, MARCO +
Characterization of HTPB-based Solid Fuel Formulations: Performance, Mechanical Properties, and Pollution 1-gen-2013 DE LUCA, LUIGIGALFETTI, LUCIANOMAGGI, FILIPPOCOLOMBO, GIOVANNIMEROTTO, LAURABOIOCCHI, MATTEOPARAVAN, CHRISTIANREINA, ALICETADINI, PIETRO +
Coated Nano-Sized Aluminum Powders: Physical Analyses and Performance Tests in Hybrid Propulsion 1-gen-2011 PARAVAN, CHRISTIANDE LUCA, LUIGI +
Combustion in a Lab-Scale Vortex Flow Hybrid Rocket Engine 1-gen-2017 Paravan, C.CARLOTTI, STEFANIAMaggi, F.Galfetti, L.
Combustion of HTPB-Based Solid Fuels Loaded with Coated Nanoaluminum 1-gen-2013 PARAVAN, CHRISTIANDE LUCA, LUIGI +
Combustion Processes in Hybrid Rockets 1-gen-2019 Paravan, ChristianGalfetti, LucianoBisin, RiccardoPiscaglia, Federico
A Comparative Study of the Aging Behavior of Different Nano-Sized Aluminum Powders 1-gen-2019 Verga, A.Paravan, C.
Comparison Between Nano-Sized Aluminum Powders with Different Coatings: Physical Analyses and Performance Test 1-gen-2010 PARAVAN, CHRISTIANDE LUCA, LUIGI +
A Critical Analysis of Paraffin-based Fuel Formulations for Hybrid Rocket Propulsion 1-gen-2017 PARAVAN, CHRISTIANGALFETTI, LUCIANOMAGGI, FILIPPO