Abstract
In this report studies on controlled fusion and plasma heating are reported. The principal contributions are the following: long wavelength limit of temperature gradient mode in tokamak plasma; feasibility of diagnostics of JET LHCD plasma; propagation, absorption and particle dynamics of ion-Bernstein wave in tokamaks; plasma productions and conditions; plasma behaviour in FT Tokamak; modelling of interaction of energetic ions with lower hybrid waves on JET; production, power absorption, energy confinement in ASDEX; JET time of flight neutral particle analyser; energy confinement scaling laws for FT Ohmic plasma.
Citation Formats
None.
Contributions to 17th EPS conference on controlled fusion and plasma heating.
Italy: N. p.,
1990.
Web.
None.
Contributions to 17th EPS conference on controlled fusion and plasma heating.
Italy.
None.
1990.
"Contributions to 17th EPS conference on controlled fusion and plasma heating."
Italy.
@misc{etde_10107644,
title = {Contributions to 17th EPS conference on controlled fusion and plasma heating}
author = {None}
abstractNote = {In this report studies on controlled fusion and plasma heating are reported. The principal contributions are the following: long wavelength limit of temperature gradient mode in tokamak plasma; feasibility of diagnostics of JET LHCD plasma; propagation, absorption and particle dynamics of ion-Bernstein wave in tokamaks; plasma productions and conditions; plasma behaviour in FT Tokamak; modelling of interaction of energetic ions with lower hybrid waves on JET; production, power absorption, energy confinement in ASDEX; JET time of flight neutral particle analyser; energy confinement scaling laws for FT Ohmic plasma.}
place = {Italy}
year = {1990}
month = {Dec}
}
title = {Contributions to 17th EPS conference on controlled fusion and plasma heating}
author = {None}
abstractNote = {In this report studies on controlled fusion and plasma heating are reported. The principal contributions are the following: long wavelength limit of temperature gradient mode in tokamak plasma; feasibility of diagnostics of JET LHCD plasma; propagation, absorption and particle dynamics of ion-Bernstein wave in tokamaks; plasma productions and conditions; plasma behaviour in FT Tokamak; modelling of interaction of energetic ions with lower hybrid waves on JET; production, power absorption, energy confinement in ASDEX; JET time of flight neutral particle analyser; energy confinement scaling laws for FT Ohmic plasma.}
place = {Italy}
year = {1990}
month = {Dec}
}