Optical properties of plasma lenses strongly depend on the magnetic field distribution, Its measurement with conventional magnetic probes is quite critical for such application, In this paper the measurement of the magnetic field in z-pinch discharge, based on Faraday effect in optical fibers, is described, It is shown that it is possible, using a quite simple and relatively low cost experimental setup, to detect the field dynamics inside the discharge tube assuring low disturbance, a large bandwidth, and a high signal to noise ratio, Applications to several kinds of plasma lenses and further development are discussed.
Magnetic-field Reconstruction With Optical-fiber Sensors In Plasma Lenses / Breglio, Giovanni; Cautiello, D.; DE MAGISTRIS, Massimiliano; DE MENNA, Luciano; Miano, Giovanni; Visone, C.. - In: IEEE TRANSACTIONS ON PLASMA SCIENCE. - ISSN 0093-3813. - STAMPA. - 23:3(1995), pp. 381-387. [10.1109/27.402329]
Magnetic-field Reconstruction With Optical-fiber Sensors In Plasma Lenses
BREGLIO, GIOVANNI;DE MAGISTRIS, MASSIMILIANO;DE MENNA, LUCIANO;MIANO, GIOVANNI;C. VISONE
1995
Abstract
Optical properties of plasma lenses strongly depend on the magnetic field distribution, Its measurement with conventional magnetic probes is quite critical for such application, In this paper the measurement of the magnetic field in z-pinch discharge, based on Faraday effect in optical fibers, is described, It is shown that it is possible, using a quite simple and relatively low cost experimental setup, to detect the field dynamics inside the discharge tube assuring low disturbance, a large bandwidth, and a high signal to noise ratio, Applications to several kinds of plasma lenses and further development are discussed.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.