Search Results - "Labergerie, D."

Hydrogen induced change of the atomic magnetic moments in Fe/V-superlattices by Labergerie, D., Westerholt, K., Zabel, H., Hjörvarsson, B.

“…We have studied the change of the magnetic saturation of (Fe n /V m ) 30 superlattices (30 periods with n monolayers of Fe and m monolayers of V) upon loading…”
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Hydrogen induced changes of the interlayer coupling in Fe (3)/V ( x) superlattices ( x=11–16) by Labergerie, D, Sutter, C, Zabel, H, Hjörvarsson, B

“…The effect of hydrogen on the magnetic exchange coupling between iron layers through vanadium spacer layers has been studied with magneto-optical Kerr effect…”
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Deuterium-induced magnetic decoupling in a Ho(00.1)/Y superlattice by Leiner, V., Labergerie, D., Ay, M., Zabel, H.

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Evolution of atomic magnetic moments in Fe/V multilayers with hydrogen loading by Uzdin, V., Labergerie, D., Westerholt, K., Zabel, H., Hjörvarsson, B.

“…The change of the magnetic saturation magnetisation of Fe/V superlattices upon in situ loading with hydrogen was investigated using a highly sensitive Faraday…”
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Investigation of the magnetism in thin single Ho(00.1) films via neutron reflectivity measurements by Leiner, V, Labergerie, D, Siebrecht, R, Sutter, Ch, Zabel, H

“…Resonant magnetic X-ray scattering studies have been carried out recently to explore the phase transition and Néel temperature for the helical spin structure…”
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On the structure of epitaxial YHx films by Remhof, A, Song, G, Labergerie, D, Isidorsson, J, Schreyer, A, Güthoff, F, Härtwig, J, Zabel, H

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Hydrogen in thin epitaxial Nb films by Song, G, Remhof, A, Labergerie, D, Sutter, C, Zabel, H

“…The solubility isotherms of hydrogen in epitaxial Nb(100) films have been determined via in situ X-ray lattice-parameter measurements. The Nb films were grown…”
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Hydrogen in thin epitaxial metal films and superlattices: structure, magnetism, and transport by Remhof, A., Labergerie, D., Song, G., Sutter, Ch, Theis-Bröhl, K., Zabel, H., Hjörvarsson, B.

“…Hydrogen in thin epitaxial films and superlattices has gained renewed interest because of the hydrogen-induced novel optical and magnetic switching properties…”
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Picosecond reverse saturable absorption in King's complex [(C5H5)Fe(CO)]4 by Allan, G. R, Labergerie, D. R, Rychnovsky, S. J, Boggess, Thomas F, Smirl, Arthur L, Tutt, Lee

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Evolution of atomic magnetic moments in Fe/V multilayers with hydrogen loading by Uzdin, V, Labergerie, D, Westerholt, K, Zabel, H, Hjorvarsson, B

“…The change of the magnetic saturation magnetisation of Fe/V superlattices upon in situ loading with hydrogen was investigated using a highly sensitive Faraday…”
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On the structure of epitaxial YHx films by REMHOF, A, SONG, G, LABERGERIE, D, ISIDORSSON, J, SCHREYER, A, GÜTHOFF, F, HÄRTWIG, J, ZABEL, H

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On the structure of epitaxial YH x films by Remhof, A, Song, G, Labergerie, D, Isidorsson, J, Schreyer, A, Güthoff, F, Härtwig, J, Zabel, H

“…Hydrogen in thin epitaxial films and superlattices has gained renewed interest because of the hydrogen-induced novel optical and magnetic switching properties…”
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Hydrogen induced changes of the interlayer coupling in Fe sub((3))/V sub((x)) superlattices (x identical with 11-16) by Labergerie, D, Sutter, C, Zabel, H, Hjoervarsson, B

“…The effect of hydrogen on the magnetic exchange coupling between iron layers through vanadium spacer layers has been studied with magneto-optical Kerr effect…”
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Hydrogen in thin epitaxial metal films and superlattices: structure, magnetism, and transport by Zabel, H, Labergerie, D, Song, G, Sutter, C, Theis-Brohl, K, Remhof, A, Hjorvarsson, B

“…Hydrogen in thin epitaxial films and superlattices has gained renewed interest because of the hydrogen-induced novel optical and magnetic switching properties…”
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Hydrogen in thin epitaxial Nb films by SONG, G, REMHOF, A, LABERGERIE, D, SUTTER, C, ZABEL, H

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Evolution of atomic magnetic moments in Fe/V multilayers with hydrogen loading by UZDIN, V, LABERGERIE, D, WESTERHOLT, K, ZABEL, H, HJÖRVARSSON, B

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