Recent results by the plasma group in Bari are reviewed ranging from the derivation of elementary processes probability to the PIC/MC simulation of a negative ion source. State-resolved cross-section for selected processes in photon-H2, e-H2 and D+D2 collisions are presented. The cut-off issue in the calculation of thermodynamic and transport properties of equilibrium atomic hydrogen plasmas is discussed considering different criteria. The radiative transport equation has been solved for an equilibrium hydrogen plasma. Finally results of the simulation of an RF-ICP negative ion source are reported.
Elementary processes, thermodynamics and transport of H2 plasmas / M., Capitellia; D., Bruno; C., Catalfamo; Celiberto, Roberto; G., Colonna; M. C., Coppola; G., D’Ammando; O., de Pascale; P., Diomede; F., Esposito; C., Gorse; A., Laricchiuta; S., Longo; F., Taccogna. - In: ATOMIC AND PLASMA-MATERIAL INTERACTION DATA FOR FUSION. - ISSN 1018-5577. - 16:(2014), pp. 24-36.
Elementary processes, thermodynamics and transport of H2 plasmas
CELIBERTO, Roberto;
2014-01-01
Abstract
Recent results by the plasma group in Bari are reviewed ranging from the derivation of elementary processes probability to the PIC/MC simulation of a negative ion source. State-resolved cross-section for selected processes in photon-H2, e-H2 and D+D2 collisions are presented. The cut-off issue in the calculation of thermodynamic and transport properties of equilibrium atomic hydrogen plasmas is discussed considering different criteria. The radiative transport equation has been solved for an equilibrium hydrogen plasma. Finally results of the simulation of an RF-ICP negative ion source are reported.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
