Position: Permanent Staff
Email: roberto.orru@dimcm.unica.it
Phone: +39 070 675 507
Location: Cagliari
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ISRU and ISFR Science and Technology—A Review of the Last 15 Years
- Giacomo Cao - Alberto Cincotti - Alessandro Concas - Depau A. - Fais G. - Nicola Lai - Licheri R. - Antonio Locci - Montinaro S. - Roberto Orrù - Traversari G.Equimolar (Zr,Hf,Ta)B2 Solid Solution With Superior Oxidation Resistance Compared to Individual and Binary Constituents
- Cappai L. - Casu M. - Antonio Locci - Garroni S. - Licheri R. - Giacomo Cao - Roberto OrrùSintering of wet-processed simulated Mars regolith slurries shaped using conventional and laser-induced slip casting (LIS)
- Casu M. - Bahr J. - Kleba-Ehrhardt R. - Mühler T. - Schwentenwein M. - Feyerherm R. - Roberto Orrù - Giacomo Cao - Gurlo A. - Karl D.Application of Third-Generation CALPHAD to Elemental Hf, Binary Reassessments and Prediction of the Ternary Hf–Nb–Zr System
- Traversari G. - Casu M. - Alberto Cincotti - Roberto Orrù - Giacomo Cao - Antonio LocciProcessing and optical properties of Martian regolith for solar energy applications
- Casu M. - Roberto Orrù - Licheri R. - Alessandro Concas - Giacomo Cao - Cau C. - Garroni S. - Dell’Oro A. - Sani E.Constitutive modeling of pressure-assisted powder consolidation by spark plasma sintering: The case of transition metal diborides
- Traversari G. - Casu M. - Cappai L. - Carta G. - Brun M. - Alberto Cincotti - Roberto Orrù - Giacomo Cao - Antonio LocciProcess Integration Approach for the Efficient Synthesis of Metal Boride Ceramics
- Casu M. - Antonio Locci - Traversari G. - Giacomo Cao - Roberto OrrùEnhanced properties by spark plasma sintering of additive-free Martian soil simulants for ISRU applications
- Casu M. - Licheri R. - Bambas D. - Aymerich F. - Cappai L. - Alessandro Concas - Giacomo Cao - Roberto Orrù High Purity, Crystallinity and Electromechanical Sensitivity of Lead-Free (Ba
From individual to equimolar binary transition metal diborides: The case of (Nb
Consorzio interuniversitario per lo sviluppo dei Sistemi a Grande Interfase
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