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Plasma confinement by magnetic field with convex-concave field lines
It has been found that plasma confinement by the magnetic field of alternating-sign curvature with convex–concave field lines results in a strong stabilizing action against convectiveExpand
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Model for hydrogen accumulation in co-deposited layers
Abstract An improved diffusion based model for prediction of the hydrogen content in co-deposited layers depending on the deposition conditions (the properties of the material which is co-depositedExpand
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Isotope exchange in Li-D co-deposited layers at temperatures below 200 °C
Abstract Hydrogen-deuterium isotope exchange in Li-D co-deposited films was studied as a method of removal of heavy hydrogen isotopes from Li films deposited in fusion devices. The total H and DExpand
Laser-based Diagnostics for Use in Ex-situ Lithium Co-deposit Analysis
Laser-induced breakdown spectroscopy (LIBS) and time of flight (TOF) mass spectrometry of laser-produced ions were tested for ex-situ analysis of lithium co-deposited layers produced by plasmaExpand
Stable plasma at convex-concave field lines
Summary form only given. Plasma in magnetic field configuration of alternating-sign curvature - with appropriate combination of the convex and concave field line parts, exhibits specific stabilityExpand
Elastic backscattering as a method for the measurement of the integral lithium content in thin films on fusion-relevant substrates
Abstract Different ion beam analysis techniques for the study of thin lithium-containing layers on top of fusion relevant materials are discussed and compared to each other. Elastic backscatteringExpand
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