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The research performed during the fourth (extension) year of this grant concentrated on a few key TFTR experimental data analysis issues: definitive identification that pressure-gradient-driven neoclassical MHD tearing modes are responsible for the low mode number magnetic islands in TFTR supershot plasmas; initiation of tearing-type locked mode physics activities; beginning attempts to determine the tearing mode parameter {Delta}{prime} directly from electron fluctuation data; further studies of cool pulse propagation from the edge toward the center of TFTR discharges; investigation of tritium recycling in TFTR using the DT neutron rate; and some other topics. Progress in these areas and activities undertaken in conjunction with this grant are summarized briefly in this report

TFTR experimental data analysis collaboration. Final progress report for period November 15, 1994 - November 14, 1995