PASSONI, MATTEO
PASSONI, MATTEO
A point plasma model for linear plasma devices based on SOLPS-ITER equations: Application to helium plasma
2021 Tonello E.; Formenti A.; Alberti G.; Uccello A.; Passoni M.
Carbon Structures Grown by Direct Current Microplasma: Diamonds, Single-Wall Nanotubes, and Graphene
2014 Ghezzi, FRANCESCO MAURO; Cacciamani, Gabriele; Caniello, Roberto; Toncu Dana, Cristina; Causa, Federica; Dellasega, David; Russo, Valeria; Passoni, Matteo
Charge Separation Effects at the Solid-Vacuum Interface and Ion Acceleration
2004 Lontano M.; Antonicci A.; Batani D.; Bochkarev S. G.; Bychenkov V. Yu.; Novikov V. N.; Passoni M.; Tikhonchuk V. T.
Charge separation effects at the solid-vacuum interface and ion acceleration with two electron populations
2004 Lontano M.;Antonicci A.; Batani D.; Bochkarev S.G.; Bychenkov V.Yu.; Novikov V.N.; Passoni M.;Tikhonchuk V.T.
Charge separation effects at the solid-vacuum interface and ion acceleration with two electron populations
2004 Passoni, M; Antonicci, A; Batani, D; Bochkarev, Sg; Bychenkov, Vyu; Lontano, M; Novikov, Vn; Tikhonchuk, Vt
Charge Separation Effects in Solid Targets and Ion Acceleration with a Two-temperature Electron Distribution
2004 Tikhonchuk, V T; Passoni, M; Bychenkov, V Yu; Batani, D; Lontano, M; Novikov, V N; Bochkarev, Sg
Charge separation effects in solid targets and ion acceleration with a two-temperature electron distribution
2004 Passoni M.; Tikhonchuk V.T.; Lontano M.; Bychenkov V.Yu.
Deposition of Boron-carbon multilayer coatings by RF plasma sputtering
2013 Vassallo, E; Caniello, R; Cremona, A; Croci, G; Dellasega, D; Gorini, G; Grosso, G; Miorin, E; Passoni, M; Tardocchi, M
Deuterium plasma exposure of rhodium films: Role of morphology and crystal structure
2014 Uccello, A; Eren, B; Marot, L; Dellasega, D; Maffini, A; Steiner, R; Mathys, D; Meyer, E; Passoni, M
Deuterium retention and erosion proprerties of nanostructured W coatings
2013 Caniello, R; Deambrosis, S; Dellasega, D; Miorin, E; Passoni, M; 't Hoen, Mhj; Vassallo, E; Zeijlmans van Emmichoven, Pa
Deuterium retention in nanostructured tungsten films exposed to high-flux plasmas
2013 Passoni, M; Dellasega, D; Pezzoli, A; Hoen M, H J't; Zeijlmans Van Emmichoven, P A
Diamond Deposition Via Microplasma Jet
2013 Caniello, R; Ghezzi, F; Causa, F; Toncu, D C; Cremona, A; Dellasega, D; Russo, V; Passoni, M; Cacciamani, G
Diamond deposition via microplasma jet
2013 Caniello, R; Ghezzi, F; Causa, F; Cremona, A; Dellasega, D; Russo, V; Passoni, M; Cacciamani, G
Effects of a nitrogen seeded plasma on nanostructured tungsten films having fusion-relevant features
2020 Uccello A.; Ghezzi F.; Laguardia L.; Caniello R.; Dellasega D.; dell'Era F.; Della Torre D.; Donnini R.; Granucci G.; Mesto E.; Minelli D.; Passoni M.; Pedroni M.; Pezzoli A.; Ricci D.
Effects of surface roughness on sputter yield of Mo under keV D ion bombardment, experiment and SDTrimSP-3D simulations
2021 Kelemen M.; Mutzke A.; Pelicon P.; SchwarzSelinger T.; Vassallo E.; Pedroni M.; Dellasega D.; Passoni M.; Romeo F.; Hakola A.; Balden M.; Zaplotnik R.; Markelj S.
Electromagnetic droplets created by stimulated Brillouin backscattering
2006 Passoni M.; Lontano M.; Riconda C.; Tikhonchuk V.T.; Weber S.; Ghizzo A.
Electromagnetic Droplets created by Stimulated Brillouin Backscattering
2005 Passoni, M; Lontano, M; Riconda, C; Tikhonchuk, V T; Weber, S
Electromagnetic Solitary Waves created by Stimulated Brillouin Backscattering
2005 Lontano, M; Passoni, M; Riconda, C; Tikhonchuk, V T; Weber, S; Ghizzo, S
Electromagnetic solitary waves in the saturation regime of stimulated Brillouin backscattering
2006 Lontano, M; Passoni, M; Riconda, C; Tikhonchuk, Vt; Weber, S
Electromagnetic Solitons in the Saturation Regime of the Stimulated Brillouin Backscattering
2005 Lontano, M; Passoni, M; Riconda, C; Tikhonchuk, V T; Weber, S
| Titolo | Data di pubblicazione | Autore(i) | File |
|---|---|---|---|
| A point plasma model for linear plasma devices based on SOLPS-ITER equations: Application to helium plasma | 1-gen-2021 | Tonello E.; Formenti A.; Alberti G.; Uccello A.; Passoni M. | |
| Carbon Structures Grown by Direct Current Microplasma: Diamonds, Single-Wall Nanotubes, and Graphene | 1-gen-2014 | Ghezzi, FRANCESCO MAURO; Cacciamani, Gabriele; Caniello, Roberto; Toncu Dana, Cristina; Causa, Federica; Dellasega, David; Russo, Valeria; Passoni, Matteo | |
| Charge Separation Effects at the Solid-Vacuum Interface and Ion Acceleration | 1-gen-2004 | Lontano M.; Antonicci A.; Batani D.; Bochkarev S. G.; Bychenkov V. Yu.; Novikov V. N.; Passoni M.; Tikhonchuk V. T. | |
| Charge separation effects at the solid-vacuum interface and ion acceleration with two electron populations | 1-gen-2004 | Lontano M.;Antonicci A.; Batani D.; Bochkarev S.G.; Bychenkov V.Yu.; Novikov V.N.; Passoni M.;Tikhonchuk V.T. | |
| Charge separation effects at the solid-vacuum interface and ion acceleration with two electron populations | 1-gen-2004 | Passoni, M; Antonicci, A; Batani, D; Bochkarev, Sg; Bychenkov, Vyu; Lontano, M; Novikov, Vn; Tikhonchuk, Vt | |
| Charge Separation Effects in Solid Targets and Ion Acceleration with a Two-temperature Electron Distribution | 1-gen-2004 | Tikhonchuk, V T; Passoni, M; Bychenkov, V Yu; Batani, D; Lontano, M; Novikov, V N; Bochkarev, Sg | |
| Charge separation effects in solid targets and ion acceleration with a two-temperature electron distribution | 1-gen-2004 | Passoni M.; Tikhonchuk V.T.; Lontano M.; Bychenkov V.Yu. | |
| Deposition of Boron-carbon multilayer coatings by RF plasma sputtering | 1-gen-2013 | Vassallo, E; Caniello, R; Cremona, A; Croci, G; Dellasega, D; Gorini, G; Grosso, G; Miorin, E; Passoni, M; Tardocchi, M | |
| Deuterium plasma exposure of rhodium films: Role of morphology and crystal structure | 1-gen-2014 | Uccello, A; Eren, B; Marot, L; Dellasega, D; Maffini, A; Steiner, R; Mathys, D; Meyer, E; Passoni, M | |
| Deuterium retention and erosion proprerties of nanostructured W coatings | 1-gen-2013 | Caniello, R; Deambrosis, S; Dellasega, D; Miorin, E; Passoni, M; 't Hoen, Mhj; Vassallo, E; Zeijlmans van Emmichoven, Pa | |
| Deuterium retention in nanostructured tungsten films exposed to high-flux plasmas | 1-gen-2013 | Passoni, M; Dellasega, D; Pezzoli, A; Hoen M, H J't; Zeijlmans Van Emmichoven, P A | |
| Diamond Deposition Via Microplasma Jet | 1-gen-2013 | Caniello, R; Ghezzi, F; Causa, F; Toncu, D C; Cremona, A; Dellasega, D; Russo, V; Passoni, M; Cacciamani, G | |
| Diamond deposition via microplasma jet | 1-gen-2013 | Caniello, R; Ghezzi, F; Causa, F; Cremona, A; Dellasega, D; Russo, V; Passoni, M; Cacciamani, G | |
| Effects of a nitrogen seeded plasma on nanostructured tungsten films having fusion-relevant features | 1-gen-2020 | Uccello A.; Ghezzi F.; Laguardia L.; Caniello R.; Dellasega D.; dell'Era F.; Della Torre D.; Donnini R.; Granucci G.; Mesto E.; Minelli D.; Passoni M.; Pedroni M.; Pezzoli A.; Ricci D. | |
| Effects of surface roughness on sputter yield of Mo under keV D ion bombardment, experiment and SDTrimSP-3D simulations | 1-gen-2021 | Kelemen M.; Mutzke A.; Pelicon P.; SchwarzSelinger T.; Vassallo E.; Pedroni M.; Dellasega D.; Passoni M.; Romeo F.; Hakola A.; Balden M.; Zaplotnik R.; Markelj S. | |
| Electromagnetic droplets created by stimulated Brillouin backscattering | 1-gen-2006 | Passoni M.; Lontano M.; Riconda C.; Tikhonchuk V.T.; Weber S.; Ghizzo A. | |
| Electromagnetic Droplets created by Stimulated Brillouin Backscattering | 1-gen-2005 | Passoni, M; Lontano, M; Riconda, C; Tikhonchuk, V T; Weber, S | |
| Electromagnetic Solitary Waves created by Stimulated Brillouin Backscattering | 1-gen-2005 | Lontano, M; Passoni, M; Riconda, C; Tikhonchuk, V T; Weber, S; Ghizzo, S | |
| Electromagnetic solitary waves in the saturation regime of stimulated Brillouin backscattering | 1-gen-2006 | Lontano, M; Passoni, M; Riconda, C; Tikhonchuk, Vt; Weber, S | |
| Electromagnetic Solitons in the Saturation Regime of the Stimulated Brillouin Backscattering | 1-gen-2005 | Lontano, M; Passoni, M; Riconda, C; Tikhonchuk, V T; Weber, S |