ISPOL'ZOVANIE PAKETA «MATHEMATICA» DLYA MODELIROVANIYA ELEKTRICHESKOGO POLYA INDUKTORA
Authors:
1.
KNITU-KAI im. A.N. Tupoleva
2.
KNITU
3.
KNITU
Type:
Article
eLocation:
Status:
Published
Received:
20.04.2023
Accepted:
01.08.2025
Published:
01.08.2025
Subject area:
UDC 537.52
Language:
Russian
Keywords:
Wolfram Mathematica, электрическое поле, численная модель, модельная задача, Wolfram Mathematica, electric field, numerical model, test problem
Abstract (English):
«Wolfram Mathematica» computation system is used to calculate electrical field distribution of the inductor in the discharge chamber of high-frequency induction plasma torch. The model is based on the calculation of the electric field as the superposition of the electric fields produced by each coil separately. The numerical solution of the problem carried out for the frequency of 1.76 MHz and the current of 3 A, 4 A and 5 A.
«Wolfram Mathematica» computation system is used to calculate electrical field distribution of the inductor in the discharge chamber of high-frequency induction plasma torch. The model is based on the calculation of the electric field as the superposition of the electric fields produced by each coil separately. The numerical solution of the problem carried out for the frequency of 1.76 MHz and the current of 3 A, 4 A and 5 A.
Keywords:
Wolfram Mathematica, электрическое поле, численная модель, модельная задача, Wolfram Mathematica, electric field, numerical model, test problem
Wolfram Mathematica, электрическое поле, численная модель, модельная задача, Wolfram Mathematica, electric field, numerical model, test problem
1. http://www.wolfram.com/mathematica/
2. S.V. Dresvin, D.V. Ivanov. Osnovy matematicheskogo modelirovaniya plazmotronov. Chast' 2: Elektromagnitnye zadachi v plazmotronnoy tehnike. Spb: Izd-vo Politehn. Un-ta, 2006. 295 s.
3. Gaynullin R.N., Gerasimov A.V., Gerke A.R., Zelenko O.V., Kirpichnikov A.P. Sopryazhennoe modelirovanie processov elektrodinamiki i teploobmena v gazorazryadnoy kamere vysokochastotnogo indukcionnogo plazmotrona.
4. Rykalin N.N., Sorokin L.M. Metallurgicheskie VCh-plazmotrony. Elektro- i gazodinamika. M.:Nauka, 1987. 161 s.
