Search Results - "Migunov, D. M."

Studying the Transparency of Graphene for Low-Energy Electrons by Il’ichev, E. A., Kuleshov, A. E., Migunov, D. M., Nabiev, R. M., Petrukhin, G. N., Rychkov, G. S., Teverovskaya, E. G., Khaustov, V. O.

“…The transparency of graphene membranes for electrons with energies in the range from 5 to 50 eV has been studied with a view to using graphene as an electrode…”
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Fabrication and Study of Parameters and Properties of Nanostructured Membranes for MEMS Devices by Dyuzhev, N. A., Gusev, E. E., Gryazneva, T. A., Dedkova, A. A., Dronova, D. A., Kireev, V. Yu, Kirilenko, E. P., Migunov, D. M., Novikov, D. V., Patyukov, N. N., Presnukhina, A. A., Bakun, A. D., Ermakov, D. S.

“…The technology of forming blanks of nanostructured membranes for MEMS devices based on alternating Si 3 N 4 /SiO 2 layers with a nanometer thickness has been…”
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Experimental determination of the energy dependence of electron inelastic mean free path in silicon oxide and silicon nitride by Garmash, V. I., Djuzhev, N. A., Kirilenko, E. P., Makhiboroda, M. A., Migunov, D. M.

“…The energy dependence of the electron inelastic mean free path, λ( E ), in silicon oxide and silicon nitride is experimentally determined via Auger electron…”
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Investigating the formation of nanostructured emission mediums for high-current radio-frequency electronics by Bespalov, V. A., Il’ichev, E. A., Kirilenko, E. P., Kozlitin, A. I., Kuleshov, A. E., Migunov, D. M., Nabiev, R. M., Petrukhin, G. N., Rychkov, G. S., Sakharov, O. A., Trifonov, A. I.

“…The results of investigating nanostructured mediums are presented; the mediums are formed in carbon-based and semiconductor materials by the methods enabling…”
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Field-emission diodes based on semiconductor—polycrystalline diamond heterojunctions by Bespalov, V. A., Il’ichev, E. A., Kuleshov, A. E., Migunov, D. M., Nabiev, R. M., Petrukhin, G. N., Rychkov, G. S., Sakharov, O. A., Shcherbakhin, Yu. V.

“…A complex of electrophysical and technological studies of solid-state field-emission diodes is carried out. Emission comes from an array of nanometer objects…”
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Solid-state field-emission diode by Bespalov, V. A., Il’ichev, E. A., Kuleshov, A. E., Migunov, D. M., Nabiev, R. M., Petrukhin, G. N., Rychkov, G. S., Shcherbakhin, Yu. V.

“…We present the results of experimental investigations of the characteristics of solid-state field-emission diodes, which were created for the first time using…”
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Catalytic growth of nanostructures from carbonaceous substrates: Properties and model notions by Il’ichev, É. A., Inkin, V. N., Migunov, D. M., Petrukhin, G. N., Poltoratskiĭ, É. A., Rychkov, G. S., Shkodin, D. V.

“…The results of experimental investigations of carbon nanostructures grown direct from carbonaceous substrates are presented for the first time. A physical…”
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Energy distribution of shock waves formed by exploding wires and discharges in air by Protasov, Yu I., Bondarenko, V. G., Migunov, D. M.

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