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Journal Radioengineering №1 for 2016 г.
Article in number:
The analytical solution of the joint inner boundary problem of electrodynamics and thermal conductivity for a rectangular cavity partially filled with a dielectric material
Keywords: rectangular cavity electromagnetic field the field excitation system external currents and charges the internal boundary problem of electrodynamics and thermal conductivity and the polarization of the field the specific density of the heat sources the dielectric rectangular plate radiating slot electromagnetic compatibility
Authors:
D.A. Barinov - Deputy General Director, JSC «SIC Almaz-Fazotron» (Saratov) V.A. Kolomeitsev - Dr. Sc. (Eng.), Honored Scientist of RF, Professor, Department «Electronics and telecommunications», Yuri Gagarin State Technical University of Saratov V.N. Posadsky - Ph. D. (Eng.), Advisor of General Director, JSC «SIC Almaz-Fazotron» (Saratov) A.E. Semenov - Ph. D. (Eng.), Associate Professor, Deputy General Director, JSC «SIC Almaz-Fazotron» (Saratov)
Abstract:
In this paper we suggest a method for the analytical solution of the internal boundary problem of electrodynamics and thermal conductiv-ity for a rectangular cavity, partially filled with a dielectric material under the action of surface sources of the electromagnetic field, which allows to determine the effectiveness of multislit excitation systems to achieve the desired distribution of the specific density of heat sources in the volume of material.
Pages: 88-97
References

 

  1. Kolomejjcev V.A., Barinov D.A., Posadskijj V.N., Semenov A.EH. Opredelenie sobstvennykh ehlektrodinamicheskikh parametrov prjamougolnogo rezonatora s dvukhslojjnym diehlektricheskim zapolneniem // Radiotekhnika. 2014. № 10. S. 41−46.
  2. Pimenov JU.V., Volman V.I. Tekhnicheskaja ehlektrodinamika. M.: Radio i svjaz. 2000. 536 s.
  3. Kolomejjcev V.A., Kovrjakov P.V., Drogajjceva O.V., Semjonov A.EH. Vozbuzhdenie ehlektromagnitnogo polja v prjamougolnom rezonatore, chastichno zapolnennym diehlektricheskim materialom // Vestnik SGTU (Saratov). 2014. № 4(77). S. 47−55.
  4. Kolomejjcev V.A., Drogajjceva O.V., Nikujjko D.N., Tjazhlov V.S. Analiticheskoe reshenie sovmestnojj vnutrennejj kraevojj zadachi ehlektrodinamiki dlja rabochejj kamery bytovykh SVCH-pechejj pri mnogoshhelevom sposobe vozbuzhdenija ehlektromagnitnogo polja // Voprosy ehlektrotekhnologii (Saratov: SGTU). 2014. № 3(4). S. 37−45.
  5. Baskakov S.I. EHlektrodinamika i rasprostranenie radiovoln. M.: Vysshaja shkola. 1992. 416 s.
  6. Egorov JU.V. CHastichno zapolnennye prjamougolnye volnovody. M.: EHnergija. 1967. 216 s.
  7. Semenov N.A. Tekhnicheskaja ehlektrodinamika. M.: Svjaz. 1973. 480 s.
  8. Kolomejjcev V.A., Kuzmin JU.A., Nikujjko D.N., Semenov A.EH. EHksperimentalnoe issledovanie urovnja neravnomernosti nagreva diehlektricheskikh materialov i pogloshhennojj moshhnosti v SVCH-ustrojjstvakh rezonatornogo tipa // EHlektromagnitnye volny i ehlektronnye sistemy. 2013. T. 18. № 12. S. 25−31.
  9. Ango A. Matematika dlja ehlektro- i radioinzhenerov. M.: Nauka. Gl. red. fiz.-mat. lit-ry. 1965. 678 s.
  10. SVCH-ehnergetika. V 3‑kh tomakh / Pod red. EH .Okressa. M.: Mir. 1971. T. 1. 464 s. T. 2. 272 s. T. 3. 248 s.
  11. Dulnev G.N. Teplo i massoobmen v ehlektronnojj apparature. M.: Vysshaja shkola. 1984. 374 s.