M. Romé
Budker Institute of Nuclear Physics
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Publication
Featured researches published by M. Romé.
Proceedings of the Workshop | 2007
G. Bettega; D. Beretta; F. Cavaliere; F. De Luca; A. Illiberi; R. Pozzoli; M. Romé; M. Cavenago
An electron plasma confined in a Malmberg-Penning trap can be a good experimental setup for the study of the two-dimensional fluid dynamics, since a magnetized plasma in this geometry behaves like an eulerian fluid in a wide range of experimental conditions. Plasma turbulence is triggered by the diocotron instability. Here, the results of a Fourier spectral analysis of the energy and enstrophy distributions are reported and interpreted using theoretical models of two dimensional turbulence.
EPS conference on plasma physics | 2010
M. Romé; F. Cavaliere; M. Cavenago; F. De Luca; G. Maero; B. Paroli; R. Pozzoli
EPS Conference on Controlled Fusion and Plasma Physics | 2007
G. Bettega; F. Cavaliere; M. Cavenago; F. De Luca; R. Pozzoli; M. Romé
AIP Conference Proceedings | 2010
G. Bertin; Franca De Luca; Giuseppe Lodato; R. Pozzoli; M. Romé
AIP Conference Proceedings | 2010
G. Bertin; Franca De Luca; Giuseppe Lodato; R. Pozzoli; M. Romé
Proceedings of the Workshop | 2007
M. Romé; G. Bettega; F. Cavaliere; F. De Luca; A. Illiberi; R. Pozzoli; M. Cavenago
arXiv: Plasma Physics | 2004
M. Romé; Roberto Pozzoli; Mauro Pravettoni; Yuri Tsidulko
Archive | 2004
G. Bettega; F. Cavaliere; A. Illiberi; R. Pozzoli; M. Romé; M. Cavenago
Archive | 2003
R. Pozzoli; G. Bettega; F. Cavaliere; A. Illiberi; M. Romé; M. Cavenago; Yu. A. Tsidulko
Archive | 2002
R. Pozzoli; G. Bettega; F. Cavaliere; Fabiana de Luca; M. Romé; S. Sossi; M. Cavenago; M. Amoretti
