A finite-element technique has been applied to the dynamic analysis of magnetic field configurations produced by a passive conducting shell in a fusion device. The relevance of the problem in the design of reverse field pinch (RFP) magnetic fusion experiments is pointed out, and the numerical method developed for this kind of applications is described. The technique has been applied to the design of the poloidal field system of RFX, a large RFP device now under construction. The most significant results of the analysis and a discussion of the field control possibilities are reported.
NUMERICAL ANALYSIS OF TIME-DEPENDENT FIELD PERTURBATIONS DUE TO GAPS AND HOLES IN THE SHELL OF A REVERSE FIELD PINCH DEVICE / F., Gnesotto; Miano, Giovanni; Rubinacci, Guglielmo. - In: IEEE TRANSACTIONS ON MAGNETICS. - ISSN 0018-9464. - STAMPA. - MAG-21:(1985), pp. 2400-2403. [10.1109/TMAG.1985.1064168]
NUMERICAL ANALYSIS OF TIME-DEPENDENT FIELD PERTURBATIONS DUE TO GAPS AND HOLES IN THE SHELL OF A REVERSE FIELD PINCH DEVICE.
MIANO, GIOVANNI;RUBINACCI, GUGLIELMO
1985
Abstract
A finite-element technique has been applied to the dynamic analysis of magnetic field configurations produced by a passive conducting shell in a fusion device. The relevance of the problem in the design of reverse field pinch (RFP) magnetic fusion experiments is pointed out, and the numerical method developed for this kind of applications is described. The technique has been applied to the design of the poloidal field system of RFX, a large RFP device now under construction. The most significant results of the analysis and a discussion of the field control possibilities are reported.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
