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Chemically reacting ionized radiative fluid flow through an impulsively started vertical plate with induced magnetic field

Ahmed T., Alam M. M., Ferdows M., Tzirtzilakis E. E.

International Journal of Applied Mechanics and Engineering

2019

Vol. 24, no. 1

5--36

Numerical studies have been performed to examine the chemically reacting ionized fluid flow through a vertical plate with induced magnetic field. This study is performed for the cooling problem. To obtain the nondimensional non-similar momentum, the induced magnetic field, energy and concentration equations, usual nondimensional variables have been used. The numerical solutions for the velocity fields, induced magnetic fields, temperature distribution as well as concentration distribution are obtained for associated parameters using the explicit finite difference method. The local and average shear stresses, current densities, Nusselt number as well as the Sherwood number are also investigated. The obtained results are discussed with the help of graphs to observe effects of various parameters entering into the problem. Also the stability conditions of the explicit finite difference method are analyzed. Finally, a qualitative comparison of the present results with previously published results has been made.

Badania doświadczalne zjawiska oddziaływania fal promieniowania elektromagnetycznego na zjonizowane gazy o danej temperaturze

Boczar T., Kurtasz P.

Przegląd Elektrotechniczny

2008

R. 84, nr 3

10-12

W poniższej pracy o charakterze doświadczalnym podjęto próbę zaobserwowania wpływu promieniowania elektromagnetycznego o częstotliwości 2,45 GHz na gazy zjonizowane, pochodzące z procesu spalania trzech różnych rodzajów paliw. Do rejestracji zjawisk zachodzących podczas doświadczeń użyto aparatu cyfrowego.

This experimental research work attempts to observe the influence of the electromagnetic radiation of the frequency of 2.45GHz on ionized gases coming from the process of burning of three various types of fuel. A digital camera was used for the registration of the phenomena taking place during the experiments.