350 rub
Journal Science Intensive Technologies №11 for 2014 г.
Article in number:
Microwave energy volume absorbers in constructions of modern electrovacuum microwave devices and measuring equipment
Keywords: ceramics cermet absorbers devices technology oxides nitrides
Authors:
E.N. Bukharin - Ph. D. (Eng.), Head of Department, JSC «Pluton» (Moscow)
E.N. Il-ina - Production Engineer, Deputy Head of Department, JSC «Pluton» (Moscow)
Abstract:
A method of fabricating microwave energy volume absorbers from vacuum-tight ceramics based on aluminum and titanium oxides is developed. The method maintains stability and reproducibility of absorbers characteristics in process. Aluminum nitride-ferrum and aluminum nitride-molybdenum binary mixtures base composites for vacuum-tight effective high-thermally-conductive microwave energy volume absorbers production are analysed and created. These materials become widely used in constructions of modern electrovacuum microwave devices (magnetrons) and high-energy measuring equipment.
Pages: 57-64
References

  1. Inozemczeva A.V. Issledovanie i razrabotka keramicheskogo materiala dlya e'ffektivny'x ob''emny'x poglotitelej SVCh-e'nergii // Diss. - kand. texn. nauk. NII «Istok». 1975.
  2. Avt. svid-vo № 1628463. Zayavleno 21.10.1988. № 4612719. Sposob izgotovleniya keramicheskix poglotitelej e'nergii SVCh-koleba­nij / Buxarin E.N., Alekseev A.A.
  3. Baty'gin V.N., Metelkin I.I., Reshetnikov A.M. Vakuumplotnaya keramika i ee spai s metallami. M.: E'nergiya. 1973. 409 s.
  4. Kovneristy'j Yu.K., Lazarenko I.Yu., Ravaev A.A. Materialy', pogloshhayushhie SVCh-izlucheniya. M.: Nauka. 1982. 164 s.
  5. Buxarin E.N. Razrabotka sostava i texnologii kermetov sistem AlN‑Me (Fe, Ni, Cr, Mo, W) dlya ob''emny'x poglotitelej e'lektromagnitnoj e'nergii // Diss. - kand. texn. nauk. MXTI imeni D.I. Mendeleeva. 1986.
  6. Avetikov V.G., Bershadskaya M.D., Nedel'ko E'.E., Eroshev V.K., Kuzneczova I.G., Vlasov A.S. Nitrid alyuminiya - novy'j vy'sokoteploprovodny'j die'lektrik // E'lektronnaya texnika. Ser. 6 «Materialy'». 1984. № 6(191). S. 54−57.
  7. Nikol'skij V.V. E'lektrodinamika i rasprostranenie radiovoln. M.: Nauka. 1978. 543 s.
  8. Avt. svid-vo № 1159282. Zayavleno 4.10.1983. № 364.81.10. Sostav shixty' dlya izgotovleniya keramicheskogo materiala / Buxarin E.N., Vlasov A.S., Alekseev A.A.
  9. Avt. svid-vo № 1078827. Zayavleno 2.04.1982. № 3416432. Sostav shixty' dlya izgotovleniya keramicheskogo materiala / Buxarin E.N., Vlasov A.S., Alekseev A.A.
  10. Avrutova L.G. Svojstva karbida kremniya. Karbid kremniya v kachestve poglotitelya // Obzory' nauchno-texnicheskoj literatury' po e'lektronnoj texnike. Seriya: Texnologiya i organizacziya proizvodstva. Obzor № 7. M.: CzNII texniko-e'kono­mi­ches­kix issledovanij i nauchnoj informaczii. 1968. 60 s.
  11. Avt. svid-vo № 1591412. Zayavleno 1.06.1987. № 4278721. Pasta dlya metallizaczii keramiki na osnove nitrida alyuminiya / Bobrova L.I., Buxarin E.N., Kurny'sheva L.V.