New physical mechanism of the ion injection into the helical device is proposed in which the natural helical loss cone is used. We have shown that the ions with the energy W = 5 keV and small pitch-angle VllV = 0.3 injected into the helical magnetic trap from outside of the confinement volume can penetrate in the core of plasma. The particles with the transit orbits can reach the center of the confinement volume. In addition we have clarified the possibility of generating the strong positive radial electric field in the bulk plasma within the framework of neoclassical theory. Keywords: Ion transportation, toroidal trap, helical ripple, loss cone, transit orbits, radial electric fiel
Analytic formula is derived for the loss cone in the toroidal helical systems. Particular emphasis i...
Studies of the confinement optimization of heliotron such as Heliotron E have led to the concept of ...
"The improvement of core electron heat confinement has been realized in a wide range of helical devi...
The possibility of controlling the radial electric field of toroidal plasmas by injecting high energ...
The possibility of controlling the radial electric field of toroidal plasmas by injecting high energ...
"The confinement property of high energy ions and the role of ripple induced transport have been stu...
"New empirical and theoretical transport models for helical confinement systems are developed based ...
The neoclassical transport in the L=1 helical axis stellarlator is investigated. The effective toroi...
An increase in ion temperature has been observed with superposition of centrally focused electron cy...
Two new physics mechanisms that can be used to shield and exhaust the impurity ions in the toroidal ...
Two new physics mechanisms that can be used to shield and exhaust the impurity ions in the toroidal ...
Two new physics mechanisms that can be used to shield and exhaust the impurity ions in the toroidal ...
The analysis and the numerical simulations described in this Thesis allow to better understand the c...
Theoretical study is made on the physics mechanisms which determine the beta-limit, the anomalous tr...
Calculations of the neoclassical transport rates due to particles trapped in the helical ripples of ...
Analytic formula is derived for the loss cone in the toroidal helical systems. Particular emphasis i...
Studies of the confinement optimization of heliotron such as Heliotron E have led to the concept of ...
"The improvement of core electron heat confinement has been realized in a wide range of helical devi...
The possibility of controlling the radial electric field of toroidal plasmas by injecting high energ...
The possibility of controlling the radial electric field of toroidal plasmas by injecting high energ...
"The confinement property of high energy ions and the role of ripple induced transport have been stu...
"New empirical and theoretical transport models for helical confinement systems are developed based ...
The neoclassical transport in the L=1 helical axis stellarlator is investigated. The effective toroi...
An increase in ion temperature has been observed with superposition of centrally focused electron cy...
Two new physics mechanisms that can be used to shield and exhaust the impurity ions in the toroidal ...
Two new physics mechanisms that can be used to shield and exhaust the impurity ions in the toroidal ...
Two new physics mechanisms that can be used to shield and exhaust the impurity ions in the toroidal ...
The analysis and the numerical simulations described in this Thesis allow to better understand the c...
Theoretical study is made on the physics mechanisms which determine the beta-limit, the anomalous tr...
Calculations of the neoclassical transport rates due to particles trapped in the helical ripples of ...
Analytic formula is derived for the loss cone in the toroidal helical systems. Particular emphasis i...
Studies of the confinement optimization of heliotron such as Heliotron E have led to the concept of ...
"The improvement of core electron heat confinement has been realized in a wide range of helical devi...