Search Results - "PALNICHENKO, A. V"

Direct Observation of Pinning of Abrikosov Vortices in a Specially Inhomogenious Crystal EuRbFe4As4 by Sidelnikov, M. S., Palnichenko, A. V., Pervakov, K. S., Vlasenko, V. A., Zverkova, I. I., Uspenskaya, L. S., Pudalov, V. M., Vinnikov, L. Ya

“…In the two-phase crystal EuRbFe 4 As 4 /EuFe 2 As 2 (1144/122), a linear ordering of Abrikosov vortices, uncharacteristic for superconducting pnictides, has…”
Get full text

Erratum to: Direct Observation of Pinning of Abrikosov Vortices in a Specially Inhomogenious Crystal EuRbFe4As4 by Sidelnikov, M. S., Palnichenko, A. V., Pervakov, K. S., Vlasenko, V. A., Zverkova, I. I., Uspenskaya, L. S., Pudalov, V. M., Vinnikov, L. Ya

“…An Erratum to this paper has been published: https://doi.org/10.1134/S0021364024010016…”
Get full text

Diamond formation by thermal activation of graphite by Charlier, J.-C, Palnichenko, A. V, Jonas, A. M, Aronin, A. S, Issi, J.-P

“…Synthetic diamond is used in applications ranging from abrasives, tool coatings, bearing surfaces, microelectronics and optics to corrosion protection. The…”
Get full text

Superconducting-like behavior of Bi/Bi2O3 interface by Palnichenko, A.V., Mazilkin, A.A., Rybchenko, O.G., Shakhrai, D.V., Vyaselev, O.M.

“…•Bi/Bi2O3 interface was formed by surface oxidation of Bi.•Magnetic susceptibility and electrical resistance of the interface were studied.•Superconductivity…”
Get full text

Superconductivity in Mg/MgO interface by Sidorov, N.S., Palnichenko, A.V., Vyaselev, O.M.

“…► Mg/MgO interface superconducting at ∼50K was formed by surface oxidation of Mg. ► The ac susceptibility and electrical resistance of the interface were…”
Get full text

Superconductivity in the metallic–oxidized copper interface by Sidorov, N.S., Palnichenko, A.V., Khasanov, S.S.

“…► Superconductivity at 20–90 K was found in the copper–copper oxides interfaces. ► The interfaces were formed by partial oxidation of copper powder. ► The…”
Get full text

Metastable superconductivity of Mo/MoO3−x interface by Palnichenko, A.V., Zver‘kova, I.I., Shakhrai, D.V., Vyaselev, O.M.

“…•Mo/MoO3−x interface was formed by surface oxidation of Mo.•Magnetic susceptibility and electrical resistance of the interface was studied.•Superconductivity…”
Get full text

Superconductivity in the metallic–oxidized sodium interface by Sidorov, N.S., Palnichenko, A.V., Khasanov, S.S.

“…Superconductivity at 20–34 K in the interface formed by metallic and oxidized sodium has been observed by ac magnetic susceptibility measurements. By means of…”
Get full text

Superconductivity of Mg/MgO interface formed by shock-wave pressure by Sidorov, N.S., Palnichenko, A.V., Shakhrai, D.V., Avdonin, V.V., Vyaselev, O.M., Khasanov, S.S.

“…► Mg/MgO interface superconducting at ∼30K was formed by shock-pressure technique. ► Dynamic magnetic susceptibility of the interface was studied. ► Glassy…”
Get full text

Superconductivity in the metallic–oxidized iron interface by Sidorov, N.S., Palnichenko, A.V., Zver’kova, I.I.

“…► Indication of superconductivity at 100–125 K was found in the Fe–FeO x interfaces. ► The interfaces were formed by reduction of α-Fe 2O 3 with H 2. ► The FeO…”
Get full text

A technique for the rapid intercalation of alkali and alkaline-earth metals into crystalline C60 using self-propagating high temperature synthesis by SIDOROV, N. S, PALNICHENKO, A. V, RYBCHENKO, O. G, KHASANOU, S. S, VYASELEV, O. M

Get full text

Superconductivity at 50 K in a mixed-phase Ca–P–O compound system treated by shock-wave pressure up to 65 GPa by Sidorov, N.S., Palnichenko, A.V., Avdonin, V.V., Shakhrai, D.V., Rybchenko, O.G., Khasanov, S.S., Sakharov, M.K.

“…Shock-wave pressure treatment up to 65 GPa has been applied to samples representing powdered mixtures of calcium and calcium phosphate in 1:1 volume ratio…”
Get full text

Superconductivity at 125 K in the Metallic–Oxidized Iron Interface by Sidorov, N. S., Palnichenko, A. V., Zver’kova, I. I.

“…Superconductivity at ≈125 K in the interface formed by metallic and oxidized iron has been assumed by means of magnetometric measurements. From X-ray…”
Get full text

Synthesis of ß-FeSe by 2-propanol solvothermal method by Palnichenko, A V, Zver'kova, I I

“…Using elemental iron and selenium as well as NH4Cl and 2-propanol as starting materials, a low temperature (473 K) method of solvothermal synthesis of β–FeSe…”
Get full text

Intercalation of C60 fullerene crystals with calcium and barium via self-propagating high-temperature synthesis by Sidorov, N. S., Palnichenko, A. V., Rybchenko, O. G., Khasanov, S. S.

“…We report a process for rapid intercalation of C 60 fullerene crystals using self-propagating high-temperature synthesis. The process has been used to…”
Get full text

Superconductivity of Calcium C60 Intercalation Compound Synthesized by Shock-Wave Pressure by Ossipyan, Yu. A., Sidorov, N. S., Palnichenko, A. V., Vyaselev, O. M., Kartsovnik, M. V., Opel, M., Avdonin, V. V., Shakhrai, D. V., Fortov, V. E.

“…The C 60 fullerite has been Ca-intercalated under high pressure up to 240 kbar induced by a pressure shock wave. Magnetometric measurements have revealed…”
Get full text

Synthesis of superconducting (Li,Fe)OHFeSe by 2-propanol-assisted solvothermal method by Palnichenko, A.V., Zver‘kova, I.I.

“…(Li,Fe)OHFeSe superconducting at Tc≃40K has been synthesized by 2-propanol-assisted solvothermal synthetic route. Relatively low-temperature (363–373K)…”
Get full text

Synthesis of β-FeSe by 2-propanol solvothermal method by Palnichenko, A.V., Zver‘kova, I.I.

“…•β-FeSe was synthesized by solvothermal method.•Magnetic susceptibility and phase composition were studied.•Superconductivity at 8 K was observed.•The…”
Get full text

Synthesis of wustite nanowires by carbon plasma pulse assisted method by Palnichenko, A.V., Rossolenko, A.N., Kopylov, V.N., Zver’kova, I.I., Aronin, A.S.

“…A synthesis of wustite (FeO) nanowires has been performed based on the method of carbon plasma pulse assisted chemical reduction of magnetite (Fe 3O 4)…”
Get full text

Selective formation of diamond-like carbon coating by surface catalyst patterning by Palnichenko, A.V, Mátéfi-Tempfli, M, Mátéfi-Tempfli, S, Issi, J.-P, Piraux, L, Charlier, J.-C

Get full text