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12 results on '"Kotrusz, Peter"'

1. Toward Exotic Layered Materials: 2D Cuprous Iodide.

Author

Mustonen, Kimmo, Hofer, Christoph, Kotrusz, Peter, Markevich, Alexander, Hulman, Martin, Mangler, Clemens, Susi, Toma, Pennycook, Timothy J., Hricovini, Karol, Richter, Christine, Meyer, Jannik C., Kotakoski, Jani, and Skákalová, Viera

Published
2022
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2. Toward Exotic Layered Materials: 2D Cuprous Iodide.

Author

Mustonen, Kimmo, Hofer, Christoph, Kotrusz, Peter, Markevich, Alexander, Hulman, Martin, Mangler, Clemens, Susi, Toma, Pennycook, Timothy J., Hricovini, Karol, Richter, Christine, Meyer, Jannik C., Kotakoski, Jani, and Skákalová, Viera

Published
2022
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3. Synthesis of carbon nanowalls on macroporous nickel foam by atmospheric glow discharge chemical vapour deposition.

Author

Meško, Marcel, Vretenár, Viliam, Kotrusz, Peter, Hulman, Martin, and Skákalová, Viera

Subjects
GRAPHENE, PLASMA-enhanced chemical vapor deposition, NANOPORES, MACROPORES (Catalysis), SCANNING electron microscopes, RAMAN spectroscopy
Abstract

The preparation of continous three-dimensional carbon foam composed of a few-layer graphene film decorated with carbon nanowalls standing perpendicular to its surface is presented. The synthesis is done by the direct-current PECVD method using nickel foam as a catalyst substrate. Variable curvature of the surface of the Ni foam causes a variation in electric field during the dcPECVD synthesis, which results in forming the foam of hybrid carbon structures. The material was characterized by scanning electron microscope images and by Raman spectra. The effect of plasma penetration depth on growth of carbon nanowalls is also discussed. Macropores and nanopores coexisting in the structure might offer new functionalities particularly for charge storage applications. [ABSTRACT FROM AUTHOR]

Published
2014
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4. Carbon nanowalls synthesis by means of atmospheric dcPECVD method.

Author

Meško, Marcel, Vretenár, Viliam, Kotrusz, Peter, Hulman, Martin, Šoltýs, Ján, and Skákalová, Viera

Abstract

Carbon nanowalls (CNWs) were grown by atmospheric dc plasma enhanced chemical vapour deposition method. Maintaining plasma at atmospheric pressure give us possibility to synthetize CNWs at high rate. By using two different liquid carbon sources we can control CNWs density. Growth of sparsely distributed CNWs can be achieved by using ethanol, while hexane gives densely packed CNWs films. [ABSTRACT FROM AUTHOR]

Published
2012
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