Capillary Wave Driven Dynamics of Graphene Domains during Growth on Molten Metals

Capillary Wave Driven Dynamics of Graphene Domains during Growth on Molten Metals

Rheotaxygrowth of crystalline layers on molten surfacesis considered as a promising approach for achieving large-scale monolayers of two-dimensional (2D) materials via seamless stitching of 2D domains during growth on molten metals. However, the mechanisms leading to this process are not well unde...

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Bibliographic Details
Main Author: Kristýna Bukvišová (6522710) (author)
Other Authors: Radek Kalousek (1949179) (author), Marek Patočka (22263961) (author), Jakub Zlámal (2019214) (author), Jakub Planer (16404938) (author), Vojtěch Mahel (22263964) (author), Daniel Citterberg (12071881) (author), Libor Novák (6522716) (author), Tomáš Šikola (1364943) (author), Suneel Kodambaka (1552888) (author), Miroslav Kolíbal (1823734) (author)
Published: 2025
Subjects:
Biophysics
Cell Biology
Physiology
Ecology
Developmental Biology
Chemical Sciences not elsewhere classified
Physical Sciences not elsewhere classified
situ microscopic observations
density functional theory
atomic force microscopy
molten surfaces 
molten metals
molten gold
well understood
using environmental
scale monolayers
rotational motions
promising approach
liquid metal
graphene domains
forces arising
crystalline layers
continuum modeling
capillary waves
achieving large
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