Dynamic Melting of Driven Abrikosov Lattices in an Amorphous Mo^sub x^Ge^sub 1-x^ Film in Tilted Field

Dynamic Melting of Driven Abrikosov Lattices in an Amorphous Mo^sub x^Ge^sub 1-x^ Film in Tilted Field

We report a comparative study of the dynamic melting of driven vortex lattices in magnetic field tilted (by 0 = 36°) from the normal to the film surface and that of a driven Abrikosov lattice in untilted field (0 = 0). From the mode-locking (ML) resonance, we confirm that vortex lattices in tilted f...

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Veröffentlicht in:Journal of the Physical Society of Japan 2016-03, Vol.85 (3), p.1
Hauptverfasser: Ochi, Aguri, Kawamura, Yasuki, Inoue, Toshiki, Kaji, Tetsuya, Mihaly, Dobroka, Kaneko, Shin-ichi, Kokubo, Nobuhito, Okuma, Satoshi
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Sprache:eng
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Comparative analysis
Lattice theory
Magnetic fields
Melting
Velocity
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container_issue 3
container_start_page 1
container_title Journal of the Physical Society of Japan
container_volume 85
creator Ochi, Aguri
Kawamura, Yasuki
Inoue, Toshiki
Kaji, Tetsuya
Mihaly, Dobroka
Kaneko, Shin-ichi
Kokubo, Nobuhito
Okuma, Satoshi
description We report a comparative study of the dynamic melting of driven vortex lattices in magnetic field tilted (by 0 = 36°) from the normal to the film surface and that of a driven Abrikosov lattice in untilted field (0 = 0). From the mode-locking (ML) resonance, we confirm that vortex lattices in tilted field are stretched in the tilt direction and that, with increasing dc velocity at ML, the shape and orientation of the driven lattice change. Associated with this structural change, the dynamic melting field at which the driven lattice melts also changes. Our results show that, regardless of the lattice shape and orientation, dynamic melting occurs as the shorter side of the distorted lattices reaches close to the side at which the isotropic lattice melts dynamically.
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subjects Comparative analysis
Lattice theory
Magnetic fields
Melting
Velocity
title Dynamic Melting of Driven Abrikosov Lattices in an Amorphous Mo^sub x^Ge^sub 1-x^ Film in Tilted Field
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