TADINI, PIETRO

TADINI, PIETRO  

DIPARTIMENTO DI SCIENZE E TECNOLOGIE AEROSPAZIALI  

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Risultati 1 - 11 di 11 (tempo di esecuzione: 0.033 secondi).
Titolo Data di pubblicazione Autori File
Active Debris Multi-Removal Mission Concept Based on Hybrid Propulsion 1-gen-2014 TADINI, PIETROMAGGI, FILIPPOLAVAGNA, MICHÈLEDE LUCA, LUIGI +
Active Debris Removal of a Cosmos-3M Second Stage by Hybrid Rocket Module 1-gen-2012 TADINI, PIETROMAGGI, FILIPPODE LUCA, LUIGI +
Active Debris Removal Space Mission Concepts Based on Hybrid Propulsion 1-gen-2013 TADINI, PIETROMAGGI, FILIPPOLAVAGNA, MICHÈLEDE LUCA, LUIGI +
Active Removal of Large Massive Objects by Hybrid Propulsion Module 1-gen-2013 DE LUCA, LUIGILAVAGNA, MICHÈLEMAGGI, FILIPPOTADINI, PIETRO +
Active Space Debris Removal by a Hybrid Propulsion Module 1-gen-2013 DE LUCA, LUIGIBERNELLI ZAZZERA, FRANCOMAGGI, FILIPPOTADINI, PIETRO +
Active Space Debris Removal by Hybrid Engine Module 1-gen-2012 DE LUCA, LUIGIBERNELLI ZAZZERA, FRANCOMAGGI, FILIPPOTADINI, PIETRO +
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 +
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 +
Contact-less Active Debris Removal: the Hybrid Propulsion Alternative 1-gen-2013 LAVAGNA, MICHÈLEDE LUCA, LUIGIMAGGI, FILIPPOTADINI, PIETRO +
Large Debris Removal Mission in Leo Based on Hybrid Propulsion 1-gen-2013 DE LUCA, LUIGILAVAGNA, MICHÈLEMAGGI, FILIPPOTADINI, PIETRO +
Regression Rate Measurements in Lab-Scale Hybrid Burners 1-gen-2013 TADINI, PIETROPARAVAN, CHRISTIANMAGGI, FILIPPOBOIOCCHI, MATTEOCOLOMBO, GIOVANNIDE LUCA, LUIGI