Search Results - "Erzinkyan, A.L."

The impact of quadrupole moment of 4f shell on the hyperfine interactions anisotropy in RAl2 (R=Sm, Tb) intermetallic compounds by Delyagin, N.N., Erzinkyan, A.L.

“…The magnetic hyperfine interactions for 119Sn impurity atoms in SmAl2 and TbAl2 ferromagnetic compounds have been investigated by Mössbauer spectroscopy…”
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Local Spin Configurations and Magnetic Ordering in Competing-Exchange System (Rh, Pd)90Fe10 by Parfenova, V.P., Erzinkyan, A.L., Delyagin, N.N., Reyman, S.I.

“…Mössbauer spectroscopy technique has been used to investigate the evolution of the hyperfine field distributions and the local spin configurations of Fe atoms…”
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Hyperfine interactions and local environment effects in FexNi100−x (x=55–67) Invar alloys: 57Fe Mössbauer spectroscopy data at 5K by Delyagin, N.N., Erzinkyan, A.L., Parfenova, V.P., Rozantsev, I.N.

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Mössbauer study of local environment effects in the ordered Fe70Al30 Invar alloy: Temperature dependence of isomer shift in the spin-glass phase by Delyagin, N.N., Erzinkyan, A.L., Parfenova, V.P., Rozantsev, I.N.

“…The systematic studies of the magnetic hyperfine field distribution for 57Fe in the spin-glass (SG) phase of the ordered Fe70Al30 Invar alloy have been…”
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Hyperfine interactions and local environment effects in Fe x Ni 100− x ( x = 55–67) Invar alloys: 57Fe Mössbauer spectroscopy data at 5 K by Delyagin, N.N., Erzinkyan, A.L., Parfenova, V.P., Rozantsev, I.N.

“…A systematic study of the magnetic hyperfine field distribution for 57Fe in the Invar alloys Fe x Ni 100− x ( x = 55, 60, 63, 65 and 67) have been performed by…”
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Mössbauer studies of the states of Fe atoms in the antiferromagnetic Fe–Mn Invar alloys by Delyagin, N.N., Erzinkyan, A.L., Parfenova, V.P., Rozantsev, I.N.

“…•The component of HFD having anomalous large value of isomer shift were identified.•The temperature dependence of the isomer shifts for LF component was…”
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Ferromagnetic-to-antiferromagnetic transition in (Hf 1− x Ti x )Fe 2 intermetallic compounds induced by geometrical frustration of the Fe(2a) sites by Delyagin, N.N., Erzinkyan, A.L., Parfenova, V.P., Rozantsev, I.N., Ryasny, G.K.

“…The ferromagnetic-to-antiferromagnetic transition in the hexagonal (Hf 1− x Ti x )Fe 2 (0⩽ x⩽1) intermetallic compounds has been investigated by 57Fe Mössbauer…”
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Ferromagnetic-to-antiferromagnetic transition in (Hf1-xTix)Fe2 intermetallic compounds induced by geometrical frustration of the Fe(2a) sites by DELYAGIN, N. N, ERZINKYAN, A. L, PARFENOVA, V. P, ROZANTSEV, I. N, RYASNY, G. K

“…The ferromagnetic-to-antiferromagnetic transition in the hexagonal (Hf1-xTix)Fe2 (0x1) intermetallic compounds has been investigated by 57Fe Mossbauer…”
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Origin of the strong influence of rhodium on the Curie temperature of Pd–Fe alloys: the spin reorientation in (Pd 100− xRh x) 90Fe 10 alloys by Erzinkyan, A.L, Delyagin, N.N, Parfenova, V.P, Reyman, S.I

“…The hyperfine field distributions and the local spin configurations for Fe atoms in the (Pd 100− x Rh x ) 90Fe 10 alloys for x=0, 10 and 20 are investigated by…”
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Origin of the strong influence of rhodium on the curie temperature of Pd-Fe alloys: the spin reorientation in (Pd100-xRhx)90Fe10 alloys by ERZINKYAN, A. L, DELYAGIN, N. N, PARFENOVA, V. P, REYMAN, S. I

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Ferro- and Antiferromagnetic Spin Arrangements in F.C.C. Rh-Fe Alloys by Parfenova, V. P., Delyagin, N. N., Erzinkyan, A. L., Reyman, S. I.

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Angular distribution of {alpha} particles from oriented {sup 253,254}Es and {sup 255}Fm nuclei by Severijns, N., Golovko, V.V., Kraev, I.S., Phalet, T., Belyaev, A.A., Lukhanin, A.A., Noga, V.I., Erzinkyan, A.L., Parfenova, V.P., Eversheim, P.-D., Herzog, P., Tramm, C., Filimonov, V.T., Toporov, Yu.G., Zotov, E., Gurevich, G.M., Rusakov, A.V., Vyachin, V.N., Zakoucky, D.

“…The anisotropy in the angular distribution of {alpha} particles from oriented {sup 253,254}Es and {sup 255}Fm nuclei, which are among the strongest deformed…”
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Magnetic behaviour of Co impurity in dilute PtFe alloys: a nuclear orientation study by Trhlik, M., Brewer, W.D., De Moor, P., Schuurmans, P., Severijns, N., Vanderpoorten, W., Vanneste, L., Wouters, J., Erzinkyan, A.L., Parfenova, V.P., Gurevich, G.M., Dupak, J.

“…Behaviour of the Co magnetic moments in dilute PtFe alloys was studied in the temperature range of 5-50 mK and the external magnetic field range of 0-8.5 T…”
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