Modeling of high-voltage glow electron sources discharge using client-server technologies
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Abstract
Today solving of tasks of electron devices CAD touches essentially upon the creation of its exact mathematic models and with particularities of its computer realization. The possibility of simulation of technological high voltage glow discharge electron sources by simultaneous using of client-server technologies and MatLab application is considered in this article. The advantages of considered approach are complex automation of whole calculation process for solving the hard tasks of mathematical simulation of electronic devices and systems, and orienting to modern network technologies of data exchange
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References
A.I. Petrenko, V.V. Ladogubets, and V.V. Chkalov, Optimal circuit design in mechanical engineering, Kyiv: UMK VO, 1989, p. 164.
V.P. Dyakonov, MatLab 6/6.1/6.5 + Simulink 4.5. Complete user manual, Moscow: Salon-Press, 2002, p. 768.
N.N. Martynov, Introduction to MatLab 6, Moscow: Kudits-Obraz, 2002, p. 352.
A.O. Luntovsky and I.V. Melnyk, Computer networks and telecommunications: Educational handbook for distance learning, Kyiv: University "Ukraine", 2007, p. 257.
Naughton P., Shildt G. Java 2 in the original, BHV-SPb, 2007
D. Koterov and A. Kostarev, PHP 5 in the original, BHV-SPb, 2006, p. 1120.
A. Bakor, D. Bhattacharya, and S. Bhattacharya, Apache Tomcat for professionals, Moscow: Kudits-Obraz, 2005.
S.V. Denbnovetsky, V.I. Melnik, I.V. Melnik, and B.A. Tugai, “Gas discharge electronic guns and their use in industry”, Electronics and communications, no. 2, pp. 84–87, 2005.
A.A. Novikov, Sources of high-voltage glow discharge electrons with anode plasma, Moscow: Energoatomizdat, 1983, p. 96.
I.V. Melnyk, The MatLab system of scientific and technical calculations and its use for solving problems in electronics: a study guide. T. 2. Fundamentals of programming and solving applied problems, vol. 2. Kyiv: "Ukraine" University, 2009, p. 327.
I.V. Melnik, “Approximation of current-voltage characteristics of technological high voltage electron sourcesglow discharge using means of the MatLab system”, Bulletin of the Kherson State Technical Universityuniversity, vol. 35, no. 2, pp. 299–305, 2009.
I.V. Melnik, “System of input geometric parameters of physicotopological models of high-voltage glow discharge electrode systems and features of its implementation grammatical implementation”, Electronics and communication, no. 2, pp. 120–127, 2006.
I.V. Melnik, “Engineering tolerances for design parameters of technological high voltage electron sources glow discharge”, Electronics and communications, no. 1, pp. 66–70, 2007.
