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MODEL FOR THE ELECTRODYNAMIC COUPLING OF THE TSS WITH THE EARTHS
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accelerated electron beams accelerated secondary electrons Alfven waves Amalthea analogy Arnold and Dobrowolny Astrophysical Observatory balloon deployed downward balloon dimensions balloon surface conducting area CONJUGATE POINT critical value current path DC current decametric deployed upward detectable signal earth's atmosphere earth's ionosphere electrodynamic interactions electrodynamic tether electromotive force end electrodes feasibility of detecting follow the motion follow the TSS frequency frozen Gurnett high-energy instabilities Io's flux tube Io's interaction Io's ionosphere ionospheric circuit ionospheric E layer ionospheric plasma Jovian ionosphere Jupiter Jupiter's ionosphere Jupiter's magnetosphere km/sec layer path layer resistance limiting magnetic field magnetic flux tubes magnetic-field metallic tether numbers PARTICLE PHENOMENA INDUCED photoelectrons piano-wire steel plasma potential polarization electric field potential difference potential with respect satellite secondary emission self-consistent Shawhan sheath-acceleration model slip with respect small potential Smithsonian Astrophysical Observatory tether's motion tether's resistance top of Io's tubes of Figure WAVE AND PARTICLE