Titlebook: Magnetohydrodynamics; Historical Evolution Sergei Molokov,René Moreau,Keith Moffatt Book 2007 Springer Science+Business Media B.V. 2007 Sem

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Early Years of MHD at Cambridge University Engineering Departmentterest in the heat-transfer properties of liquid metals began with the research undertaken by L.M. Trefethen, who entered the Department as a research student in 1946. Trefethen’s earlier education had been in the United States, culminating in a master’s degree from the Massachusettes Institute of T

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Liquid Metal Magnetohydrodynamics for Fusion Blanketsmponents tritium and deuterium requires temperatures above 108 K so that any confinement using solid walls is excluded. At these temperatures the fuels are ionized and form an electrically highly conducting plasma that can be confined by strong magnetic fields to a defined volume. During the past de

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Geostrophic Versus MHD Modelsd to a strong linear force: Lorentz or Coriolis. From an energetic point of view, they are very different, as Lorentz forces are dissipative in nature (Joule dissipation adding to viscous dissipation) while Coriolis forces are purely conservative. Both forces however tend to favour a two-dimensional