Optimal control of tokamak and stellarator plasma behaviour

Quasi-Self-Similarity for Laser-Plasma Interactions Modelled with Fuzzy Scaling and Genetic Algorithms

“…The complexity results for floats are presented ( the computation of floats is probably intractable ) and some polynomially solvable cases are described. It could be useful in the applications of Kolmogorov-Arnold-Moser theorem for describing the quasi-periodic orbits (Rastovic, 2007). The Kolmogorov-Arnold-Moser theorem uses mainly the fractals that are called Cantori as it is in the case of tokamak theory.…”

Calculations of Double-Differential Neutron Emission Cross Sections for 9Be Target Nucleus at 14.2 MeV Neutron Energy

“…The Hybrid Monte-Carlo Simulation (HMS) modules are a powerful tool for anomalous diffusion research in tokamak plasma reactor [11][12][13]. This module approach to the pre-equilibrium emission of nucleons has been formulated by Blann [18] as a hybrid-model inspired version of the intranuclear cascade approach.…”

“…Achieving acceptable levels of the performance of a fusion reactor in the areas of safety, economics and environmental acceptability, is critically dependent on performance of divertor and blanket systems [10]. Monte Carlo simulation models are useful tools for diffusion research in tokamak plasma fusion reactor [11][12][13]. For fusion power reactors the advanced methods for tokomak plasma behavior were discussed Rastovic [11].…”

“…The Kolmogorov-Arnold-Moser (KAM) theorem for plasma fusion was also obtained by fuzzy neural network [12]. Rastovic [13] worked the control of fusion plasma transport by using of scaling methods. The advanced optimal control of fusion plasma confinement is solved by the methods of artificial intelligence and drift kinetic equations.…”

“…Tel et al computed nuclear structure properties of the some nuclei including Beryllium ( 9 Be) by using the T3, SIII, SKM, and SLy4 parameters [16,17]. They also calculated nuclear charge, neutron and proton radii, skin thickness and binding energy of [8][9][10][11][12][13][14][15][16][17][18] Be isotopes by using the SI, SIII, SVI, T3, SKM, and SKM* Skyrme parameters [8]. In the present paper, the emission spectra for the 9 Be structural fusion material were investigated by using the Hybrid Monte Carlo simulation model [18] for pre-equilibrium emissions at the bombarding energy of 14.2 MeV.…”