Tokamak evolution and view to future

S.V. Mirnov
2018 Nuclear Fusion  
A setup for study of co-deposited films S.A. Krat et al -Discharge duration limits of contemporary tokamaks and stellarators B.V. Kuteev and V.Yu. Sergeev -Vapor shielding of liquid lithium divertor target during steady state and transient events E. Marenkov and A. Pshenov -This content was downloaded from IP address on 25/03Abstract The article begins with a brief review of the achievements of Russian tokamaks in the active period of their development from 1962 to 1973, under
more » ... 2 to 1973, under the leadership of academician L.A. Artsimovich. During these years, the following basic issues were solved: the equilibrium problem, the MHD stability of the plasma column, and creation of the hot plasma with intense DD neutron radiation. It was shown that the ion confinement in tokamaks is close to the neoclassical model, and the electron confinement is abnormal. It improves with the increasing frequency of collisions, the opposite of the case with ions, in what is known as the alternative model of confinement along the magnetic field. Finally, the first scaling law for the energy lifetime of plasma was obtained, which accurately predicted the plasma parameters of the next generation of tokamaks (the so-called
doi:10.1088/1741-4326/aaee92 fatcat:eh3qkx2pzfhq5cra5wn4gbjm4q