Geodesic
The directed movement mechanism of flat magnetic domains in thin ferromagnetic films
Proceedings of the Yerevan State University. Physical and mathematical sciences, no. 2 (1986), pp. 72-77.

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G. G. Shakarian; Ya. M. Pogosyan; G. A. Vermishian. The directed movement mechanism of flat magnetic domains in thin ferromagnetic films. Proceedings of the Yerevan State University. Physical and mathematical sciences, no. 2 (1986), pp. 72-77. http://geodesic.mathdoc.fr/item/UZERU_1986_2_a11/

[1] M. A. Boyarchenkov, N. P. Vasileva, Yu. D. Rozental, Logicheskie ustroistva na magnitnykh sredakh s upravlyaemym dvizheniem domenov, Energiya, M., 1978

[2] N. P. Vasileva, V. I. Malyutin, “Tendentsii razvitiya zapominayuschikh ustroistv na ploskikh magnitnykh domenakh”, Pribory i sistemy upravleniya, 9 (1978), 11–15

[3] Ya. M. Pogosyan, G. G. Shakaryan, “Novyi printsip prodvizheniya domenov po ferromagnitnomu kanalu”, FMM, 48 (1979)

[4] K. U. Stein, E. Feldtkeller, “Wall Streaming in Ferromagnetic Thin Films”, J. Appl. Phys., 38 (1967), 4401–4408

[5] A. I. Khristenko, A. G. Shishkov, E. I. Ilicheva, H. G. Kanavina, “Kolebaniya namagnichennosti v permalloevykh plenkakh pri vozbuzhdenii poperechnym impulsnym iolem”, FMM, 34 (1972), 1179–1189

[6] Ya. M. Pogosyan, S. A. Arutyunyan, “Vysokochastotnoe spolzanie v ferromagnitnykh plenkakh”, FMM, 36 (1973), 270–276

[7] N. S. Bourne, T. Kusudi, N. Lin, “Wall Streaming, Creeping and a New Parade Motion in Ni-Fe Films Excited by Hard-Axis Pulses”, IEEE Trans. Magn., 4 (1938), 440–445

[8] Ya. M. Pogosyan, G. G. Shakaryan, “Paradnoe dvizhenie domennykh granits”, FMM, 44 (1977), 190–193

[9] Ya. M. Pogosyan, G. G. Shakaryan, “Nizkochastotnoe paradnoe dvizhenie domennykh granits”, FMM, 30 (1980), 42–44

[10] J. M. Pogosjan, O. G. Schakarjan, S. D. Geworkjan, R. Straubel, “Nene Prinzipien der digitalen Informations speicherung und-verarbeitung in felnkristallinen d{\..u}nnen magnetlschen Schiohten”, Nachrichtentechnik Elektronik, 31:4 (1981), 159–161

[11] G. G. Shakaryan, G. A. Vermishyan, “Televizionnaya magnitoopticheskaya ustapovka dlya izucheniya domennoi struktury magnitnykh materialov”, PTE, 5 (1984), 155–156

[12] R. Vigier, R. Haymann, “Study of Symmetrical Wall in Permalloy and Lorentz Microscopy”, Phys. Stat. Sol., 34 (1969), 649–660

[13] M. Pratton, Tonkie ferromagnitnye plenki, L., 1967