Abstract
This report resumes the essential results of a common OEFZS/MIT (Plasma Fusion Center) project to investigate fusion alpha transport. A computer code has been developed going beyond standard FOKKER-PLANCK-codes assuming that the fusion products give their energy to the plasma on the place of their birth. The present transport code admits the calculation of the {alpha}-distribution function. By means of the distribution function the energy deposition rates are calculated. The time-evolution of the {alpha}-distribution function has been evaluated for an ignited plasma. A description of the transport code, of the subroutines and of the input data as well as a listing is enclosed to this report. (Authors).
Citation Formats
Kamelander, G, Sigmar, D, and Woloch, F.
Evolution of {alpha}-particle distribution in burning plasmas including energy dependent {alpha}-transport effects.
Austria: N. p.,
1991.
Web.
Kamelander, G, Sigmar, D, & Woloch, F.
Evolution of {alpha}-particle distribution in burning plasmas including energy dependent {alpha}-transport effects.
Austria.
Kamelander, G, Sigmar, D, and Woloch, F.
1991.
"Evolution of {alpha}-particle distribution in burning plasmas including energy dependent {alpha}-transport effects."
Austria.
@misc{etde_10120781,
title = {Evolution of {alpha}-particle distribution in burning plasmas including energy dependent {alpha}-transport effects}
author = {Kamelander, G, Sigmar, D, and Woloch, F}
abstractNote = {This report resumes the essential results of a common OEFZS/MIT (Plasma Fusion Center) project to investigate fusion alpha transport. A computer code has been developed going beyond standard FOKKER-PLANCK-codes assuming that the fusion products give their energy to the plasma on the place of their birth. The present transport code admits the calculation of the {alpha}-distribution function. By means of the distribution function the energy deposition rates are calculated. The time-evolution of the {alpha}-distribution function has been evaluated for an ignited plasma. A description of the transport code, of the subroutines and of the input data as well as a listing is enclosed to this report. (Authors).}
place = {Austria}
year = {1991}
month = {Sep}
}
title = {Evolution of {alpha}-particle distribution in burning plasmas including energy dependent {alpha}-transport effects}
author = {Kamelander, G, Sigmar, D, and Woloch, F}
abstractNote = {This report resumes the essential results of a common OEFZS/MIT (Plasma Fusion Center) project to investigate fusion alpha transport. A computer code has been developed going beyond standard FOKKER-PLANCK-codes assuming that the fusion products give their energy to the plasma on the place of their birth. The present transport code admits the calculation of the {alpha}-distribution function. By means of the distribution function the energy deposition rates are calculated. The time-evolution of the {alpha}-distribution function has been evaluated for an ignited plasma. A description of the transport code, of the subroutines and of the input data as well as a listing is enclosed to this report. (Authors).}
place = {Austria}
year = {1991}
month = {Sep}
}