"Urban, Jakub" . . . "Efthimion, P. C." . "Collisional Damping of Electron BernsteinWaves and its Mitigation by Evaporated Lithium Conditioning in Spherical-Tokamak Plasmas"@en . . "LeBlanc, B. P." . "Collisional Damping of Electron BernsteinWaves and its Mitigation by Evaporated Lithium Conditioning in Spherical-Tokamak Plasmas"@en . . . . "Collisional Damping of Electron BernsteinWaves and its Mitigation by Evaporated Lithium Conditioning in Spherical-Tokamak Plasmas" . . . "Phillips, C. K." . "RIV/61389021:_____/09:00329128!RIV10-AV0-61389021" . "RIV/61389021:_____/09:00329128" . . . "Overdense plasma; Conversion; Emission; Excitation; Tokamaks; Electron Bernstein waves"@en . "103" . . "4"^^ . "P(GA202/08/0419), Z(AV0Z20430508)" . . "Physical Review Letters" . . . "0031-9007" . "2"^^ . "000267697900031" . "[FD7A2E5D0E27]" . "The first experimental verification of electron Bernstein wave (EBW) collisional damping, and its mitigation by evaporated Li conditioning, in an overdense spherical-tokamak plasma has been observed in the National Spherical Torus Experiment (NSTX). Initial measurements of EBW emission, coupled from NSTX plasmas via double-mode conversion to O-mode waves, exhibited <10% transmission efficiencies. Simulations show 80% of the EBW energy is dissipated by collisions in the edge plasma. Li conditioning reduced the edge collision frequency by a factor of 3 and increased the fundamental EBW transmission to 60%."@en . . . "Taylor, G." . "Kugel, H." . "Caughman, J." . . "Diem, S. J." . . "US - Spojen\u00E9 st\u00E1ty americk\u00E9" . "The first experimental verification of electron Bernstein wave (EBW) collisional damping, and its mitigation by evaporated Li conditioning, in an overdense spherical-tokamak plasma has been observed in the National Spherical Torus Experiment (NSTX). Initial measurements of EBW emission, coupled from NSTX plasmas via double-mode conversion to O-mode waves, exhibited <10% transmission efficiencies. Simulations show 80% of the EBW energy is dissipated by collisions in the edge plasma. Li conditioning reduced the edge collision frequency by a factor of 3 and increased the fundamental EBW transmission to 60%." . . "307498" . "Sabbagh, S. A." . "1" . "Collisional Damping of Electron BernsteinWaves and its Mitigation by Evaporated Lithium Conditioning in Spherical-Tokamak Plasmas" . "10"^^ . "Preinhaelter, Josef" . . .