GridSpace2 virtual laboratory case study : implementation of algorithms for quantitative analysis of grain morphology in self-assembled hexagonal lattices according to the Hillebrand method

doi:10.1007/978-3-642-28267-6_19

GridSpace2 virtual laboratory case study : implementation of algorithms for quantitative analysis of grain morphology in self-assembled hexagonal lattices according to the Hillebrand method

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GridSpace2 virtual laboratory case study : implementation of algorithms for quantitative analysis of grain morphology in self-assembled hexagonal lattices according to the Hillebrand method

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title:	GridSpace2 virtual laboratory case study : implementation of algorithms for quantitative analysis of grain morphology in self-assembled hexagonal lattices according to the Hillebrand method
author:	Ciepiela Eryk, Zaraska Leszek , Sulka Grzegorz
editor:	Bubak Marian, Szczepaniec Tomasz, Wiatr Kazimierz
book title:	Building a national distributed e-infrastructure - PL-Grid : scientific and technical achievements
date of publication :	2012
place of publication : name of publisher:	Berlin-Heidelberg : Springer-Verlag
pages:	240-251
ISBN:	978-3-642-28266-9
eISBN:	978-3-642-28267-6
series:	Lecture Notes in Computer Science, ISSN 0302-9743, eISSN 1611-3349; 7136
DOI:	10.1007/978-3-642-28267-6_19
language:	English
book language:	English
abstract in English:	This work presents the implementation of a method, originally proposed by Hillebrand et al., of quantitative analysis of the grain morphology in self-assembled hexagonal lattices. This method can be effectively used for investigation o f structural features as well as regu- lar hexagonal arrangement of nanoporous alumina layers formed on the metal surface during the self-organized anodization process. The method has been implemented as a virtual experiment in the GridSpace2 Virtual Laboratory which is a scientific computing platform developed in the scope of the PL-Grid project. The experiment is a GridSpace2 pilot and therefore made available to the wider community of PL-Grid users. It is both editable and executable through a web portal offered by the GridSpace2 Experiment Workbench, dedicated to PL-Grid users. Moreover, since all GridSpace2 experiments are embeddable on arbitrary web sites owing to the Collage feature, the final version of the experiment has been published as an executable publication with execution rights granted to all PL-Grid users.
keywords in English:	virtual laboratories, cientific computing, computational science, nanochemistry, self-assembled hexagonal lattices
number of pulisher's sheets:	0,78
affiliation:	Wydział Chemii : Zakład Chemii Fizycznej i Elektrochemii
type:	chapter
subtype:	academic paper

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