The 0.1-30 THz frequency range routinely studied with time-domain spectroscopy (TDS), has an unquestionable diagnostic potential for tokamak plasmas, thus THz-TDS applications appear to be the natural evolution of FIR and submillimeter wave diagnostics. By illuminating the plasma with a THz beam, phase, intensity and polarization of reflected and transmitted wave can be simultaneously detected, potentially measuring several plasma parameters with a single diagnostic. © 2016 IEEE.

From FIR and millimeter waves to THz plasma diagnostics applications

Giovenale, E.;Doria, A.;Bombarda, F.;Zerbini, M.
2016

Abstract

The 0.1-30 THz frequency range routinely studied with time-domain spectroscopy (TDS), has an unquestionable diagnostic potential for tokamak plasmas, thus THz-TDS applications appear to be the natural evolution of FIR and submillimeter wave diagnostics. By illuminating the plasma with a THz beam, phase, intensity and polarization of reflected and transmitted wave can be simultaneously detected, potentially measuring several plasma parameters with a single diagnostic. © 2016 IEEE.
9781467384858
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12079/6170
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