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Geometrical confinement effects in layer...

Bolecek, N. R. Cejas...

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Geometrical confinement effects in layered mesoscopic vortex-matter by Bolecek, N. R. Cejas ( Author )

Content Provider	Lemonjar Open Access
Publisher	N.A
Publication Date	25-09-2014
Summary	We study geometrical confinement effects in Bi2Sr2CaCu2O8+δ mesoscopic vortex-matter with edge-to-surface ratio of 7−12%. Samples have in-plane square and circular edges, 30\,μm widths, and ∼2μm thickness. Direct vortex imaging reveals the compact planes of the structure align with the sample edge by introducing topological defects. The defects density is larger for circular than for square edges. Molecular dynamics simulations suggest this density is not an out-of-equilibrium property but rather determined by the geometrical confinement.
ISBN	-
Item Type	Article
File Type	pdf
File Size	36.88 KB
Language	English
Subjects	-
Unlimited	MYR 0.01
Total read	-
URL	https://arxiv.org/abs/1409.7305

Citation

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AMA 11th EditionReferences

Bolecek, N. R. Cejas. Geometrical confinement effects in layered mesoscopic vortex-matter. N.A. September 25, 2014. Accessed October 03, 2025. https://online.provdatabase.com/cite/18041

APA 7th EditionReferences

Bolecek, N. R. Cejas. (2014). Geometrical confinement effects in layered mesoscopic vortex-matter. N.A. https://online.provdatabase.com/cite/18041

Chicago 17th EditionReferences

Bolecek, N. R. Cejas. Geometrical confinement effects in layered mesoscopic vortex-matter. N.A. 2014. https://online.provdatabase.com/cite/18041

HarvardReferences

Bolecek, N. R. Cejas. (2014). Geometrical confinement effects in layered mesoscopic vortex-matter. [Online]. N.A. Available from: https://online.provdatabase.com/cite/18041. (Accessed 03 October 2025).

Harvard AustraliaReferences

Bolecek, N. R. Cejas, 2014, Geometrical confinement effects in layered mesoscopic vortex-matter, N.A, viewed 03 October 2025, <https://online.provdatabase.com/cite/18041>

MLA 9th EditionWorks Cited

Bolecek, N. R. Cejas. Geometrical confinement effects in layered mesoscopic vortex-matter. N.A, 2014. PROV Database, https://online.provdatabase.com/cite/18041.

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