global-journal-of-science-frontier-research-a-physics-space-science Global Journal of Science Frontier Research - A: Physics & Space Science 0975-5896 2249-4626 Global Journals Publishing Group Incorporated 58333 On Physical Parameters of the Stellarator Reactor with Regard to Recycling and Anomalous Diffusion Losses Self-Sustaining Fusion in Stellarator Reactors RudakovV.A. UKRAINE 25 08 2023 23 A6 25 35

We present the results of numerical calculations of DT fusion modes in an experimental stellarator reactor operating under conditions of neoclassical transport processes taking into account recycling and the contribution of anomalous losses in the form of Bohm diffusion. The calculations were performed in the reactor with relatively small helical magnetic field corrugations when the effective values of helical magnetic field in homogeneity are less than toroidal in homogeneity (ε eff

 nuclear fusion stellarator reactor neoclassical diffusion recycling anomalous losses. Full Text

We present the results of numerical calculations of DT fusion modes in an experimental stellarator reactor operating under conditions of neoclassical transport processes taking into account recycling and the contribution of anomalous losses in the form of Bohm diffusion. The calculations were performed in the reactor with relatively small helical magnetic field corrugations when the effective values of helical magnetic field in homogeneity are less than toroidal in homogeneity (εeff