Manufacture of components of electronic instruments based on non-metallic materials using the method of electrical explosion of conductors

V.G. Koniushkov

Manufacture of components of electronic instruments based on non-metallic materials using the method of electrical explosion of conductors

research article Pages: 50-55

¹ к.т.н., доцент, Саратовский государственный технический университет им. Ю.А. Гагарина

Keywords: component of electronic instruments non-metallic material glass-ceramics quartz glass of semiconductors electrical explosion of interlayer in vacuum the physical concept of electrical explosion of conductors

Abstract

Schematic diagrams of new technological processes of connecting the devices of electronic instruments on the basis of non-metallic materials (ferrite, glass-ceramics, quartz glasses, semiconductors, etc.) by a method of vacuum electrical explosion of inter-layers are provided. The perkolyatsionny model of current is offered for the case of a foil inter-layers explosion. A physical concept of electrical explosion of conductors is developed. The nature of reorientation of the presumable crystallographic directions in a metal interlayer after explosion and cooling of a ferrite-metal device is defined experimentally. The optimum technology parameters for connecting the devices are given.

How to cite

Конюшков В.Г. Изготовление узлов электронных приборов на основе неметаллических материалов методом электрического взрыва проводников // Антенны. 2013. № 7. С. 50–55.

References

Chace W.G., Moor H.K., ed. Exploding wires. N.Y.: Plenum press. V. l (1959). V.2 (1964). V. 3 (1965). V. 4 (1968).
Konyushkov V.G. Nanotexnologii pri svarke cherez e`lektricheski vzry'vaemy'e prosloi v vakuume // Uspexi sovremennoj e`lektrotexnologii. Trudy' Mezhdunar. nauch.-texn. konf. Saratov: Izd-vo Saratovskgo un-ta. 2009. S. 211-214.
Konyushkov V.G. Perkolyaczionnaya model` e`lektricheskogo vzry'va provodnikov v vakuume // Vakuumnaya nauka i texnika. Materialy' XVI nauch.-texn. konf. s uchastiem zarubezhny'x speczialistov. M.: MIE`M. 2009. S. 47-51.
Musin R.A., Konyushkov G.V., Konyushkov V.G. Kristallogiraficheskie aspekty' obrazovaniya soedinenij raznorodny'x materialov v tverdoj srede // Sb. trudov IV Mezhdunar. nauch.-texn. konf. «Sovremenny'e problemy' mashinostroeniya». Tomsk: TGU. 2008. S. 418-422.
Konyushkov G.V., Musin R.A. Speczial`ny'e metody' svarki davleniem: uchebnoe posobie. M.: «Dashkov i K(» Aj Pi E`r Media. 2009.
Reshenie o vy'dache patenta na poleznuyu model` «Ustrojstvo dlya diffuzionnoj svarki metallov s nemetallami metodom e`lektricheski vzry'vaemy'x prosloev v vakuume». Zayavka № 2012128610/02(044758). Data podachi - 05.07.2012.

[1] Chace W.G., Moor H.K., ed. Exploding wires. N.Y.: Plenum press. V. l (1959). V.2 (1964). V. 3 (1965). V. 4 (1968).

[2] Konyushkov V.G. Nanotexnologii pri svarke cherez e`lektricheski vzry'vaemy'e prosloi v vakuume // Uspexi sovremennoj e`lektrotexnologii. Trudy' Mezhdunar. nauch.-texn. konf. Saratov: Izd-vo Saratovskgo un-ta. 2009. S. 211-214.

[3] Konyushkov V.G. Perkolyaczionnaya model` e`lektricheskogo vzry'va provodnikov v vakuume // Vakuumnaya nauka i texnika. Materialy' XVI nauch.-texn. konf. s uchastiem zarubezhny'x speczialistov. M.: MIE`M. 2009. S. 47-51.

[4] Musin R.A., Konyushkov G.V., Konyushkov V.G. Kristallogiraficheskie aspekty' obrazovaniya soedinenij raznorodny'x materialov v tverdoj srede // Sb. trudov IV Mezhdunar. nauch.-texn. konf. «Sovremenny'e problemy' mashinostroeniya». Tomsk: TGU. 2008. S. 418-422.

[5] Konyushkov G.V., Musin R.A. Speczial`ny'e metody' svarki davleniem: uchebnoe posobie. M.: «Dashkov i K(» Aj Pi E`r Media. 2009.

[6] Reshenie o vy'dache patenta na poleznuyu model` «Ustrojstvo dlya diffuzionnoj svarki metallov s nemetallami metodom e`lektricheski vzry'vaemy'x prosloev v vakuume». Zayavka № 2012128610/02(044758). Data podachi - 05.07.2012.