id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
ap-2257	Ondac, Peter; Horacek, Jan; Seidl, Jakub; Vondrácek, Petr; Müller, Hans Werner; Adámek, Jirí; Nielsen, Anders Henry	COMPARISON BETWEEN 2D TURBULENCE MODEL ESEL AND EXPERIMENTAL DATA FROM AUG AND COMPASS TOKAMAKS	2015	8	.pdf	application/pdf	5906	365	59	The differences in the simulations were in radial boundary conditions (Neumann or Dirichlet) for plasma density, plasma potential, radial electric field and electron tem- perature, value of the the neoclassical Pfirsch-Schlüter perpendicular collisional diffusion coefficient for parti- cles D′⊥n, value of parallel loss time for particles τ ′‖n or in the form of the bracket Ψ in the last term in the equation (9) (where the exponential form is shown). The gradient of the radial profile of plasma density in the ESEL simulations matching the ASDEX Upgrade plasma is too small compared with the experiment.	cache/ap-2257.pdf	txt/ap-2257.txt