The observed loss rate of both particles and energy from hot confined toroidal plasmas is much higher than the one predicted by neoclassical transport theory, which depends upon mean plasma parameters and Coulomb coll...The observed loss rate of both particles and energy from hot confined toroidal plasmas is much higher than the one predicted by neoclassical transport theory, which depends upon mean plasma parameters and Coulomb collisions. Many types of plasma turbulence have been proposed to explain anomalous plasma transport. The fluctuation of plasma parameters around their mean values can cause transport through electrostatic or magnetic fluctuations .The fluctuation driven radial particle flux is given展开更多
文摘The observed loss rate of both particles and energy from hot confined toroidal plasmas is much higher than the one predicted by neoclassical transport theory, which depends upon mean plasma parameters and Coulomb collisions. Many types of plasma turbulence have been proposed to explain anomalous plasma transport. The fluctuation of plasma parameters around their mean values can cause transport through electrostatic or magnetic fluctuations .The fluctuation driven radial particle flux is given