Dataset Open Access
Data publication: Symmetry and curvature effects on spin waves in vortex-state hexagonal nanotubes
Körber, Lukas;
Zimmermann, Michael;
Wintz, Sebastian;
Finizio, Simone;
Kronseder, Matthias;
Bougeard, Dominique;
Dirnberger, Florian;
Weigand, Markus;
Raabe, Jörg;
Otálora, Jorge A.;
Schultheiß, Helmut;
Josten, Elisabeth;
Lindner, Jürgen;
Kézsmárki, István;
Back, Christian H.;
Kakay, Attila
MARC21 XML Export
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<subfield code="a">Weigand, Markus</subfield>
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<subfield code="a">Otálora, Jorge A.</subfield>
<subfield code="u">Universidad Catálica del Norte Chile</subfield>
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<subfield code="a">Schultheiß, Helmut</subfield>
<subfield code="u">TU Dresden</subfield>
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<subfield code="a">Josten, Elisabeth</subfield>
<subfield code="u">FZ Jülich</subfield>
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<subfield code="a">spin wave</subfield>
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<subfield code="a"><p>This dataset contains the experimental and numerical raw data for our publication &quot;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;Symmetry- and curvature effects on spin waves in vortex-state hexagonal nanotubes&quot;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt; published in Physical Review B. The experimental data is described in detail in the PDF 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gt;</p>
<p>&nbsp;</p>
<p>The dynamic matrix data contains eparam.yaml and sparam.yaml files containing the simulation and sample parameters used for micromagnetic modeling.</p></subfield>
</datafield>
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<subfield code="s">102667930</subfield>
<subfield code="u">https://rodare.hzdr.de/record/1278/files/Archive.zip</subfield>
<subfield code="z">md5:d3f3e0ac551cd482991acb75e0acc416</subfield>
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<datafield tag="909" ind1="C" ind2="O">
<subfield code="o">oai:rodare.hzdr.de:1278</subfield>
<subfield code="p">openaire_data</subfield>
<subfield code="p">user-rodare</subfield>
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<subfield code="a">user-rodare</subfield>
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<datafield tag="245" ind1=" " ind2=" ">
<subfield code="a">Data publication: Symmetry and curvature effects on spin waves in vortex-state hexagonal nanotubes</subfield>
</datafield>
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<subfield code="a">Körber, Lukas</subfield>
<subfield code="u">TU Dresden</subfield>
<subfield code="0">(orcid)0000-0001-8332-9669</subfield>
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<subfield code="a">10.14278/rodare.1278</subfield>
<subfield code="2">doi</subfield>
</datafield>
</record>
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downloads
| All versions | This version | |
|---|---|---|
| Views | 613 | 613 |
| Downloads | 189 | 189 |
| Data volume | 19.4 GB | 19.4 GB |
| Unique views | 344 | 344 |
| Unique downloads | 53 | 53 |
- Publication date:
- November 26, 2021
- DOI:
-
- Keyword(s):
- spin wave dispersion curvature micromagnetic modeling hexagonal symmetry STXM
- Related identifiers:
- Identical to:
https://www.hzdr.de/publications/Publ-33475 - Referenced by:
10.1103/PhysRevB.104.184429, https://www.hzdr.de/publications/Publ-33367 - Communities:
- License (for files):
- Creative Commons Attribution 4.0 International