About: An evaluation of the influence of the experimental cooling rate along with other thermomagnetic effects to explain anomalously low palaeointensities obtained for historic lavas of Mt Etna (Italy)

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About: An evaluation of the influence of the experimental cooling rate along with other thermomagnetic effects to explain anomalously low palaeointensities obtained for historic lavas of Mt Etna (Italy) Goto Sponge NotDistinct Permalink

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Attributes	Values
rdf:type	Item
description	wetenschappelijk artikel (nl) наукова стаття (uk)
publication date	wds:Q104537061-41CAF4A3-C506-4BE7-AC22-43D1481D1C80
publication date	2013-04-03 00:00:00Z (xsd:dateTime)
author name string	wds:Q104537061-B64BA514-B0C3-4B36-9B1F-1EFB2767D9FB wds:Q104537061-F450C83C-3769-4945-AAA1-85EA2649D0FB
author name string	Mark J. Dekkers Tom A. T. Mullender
rdfs:label	An evaluation of the influence of the experimental cooling rate along with other thermomagnetic effects to explain anomalously low palaeointensities obtained for historic lavas of Mt Etna (Italy) (en) An evaluation of the influence of the experimental cooling rate along with other thermomagnetic effects to explain anomalously low palaeointensities obtained for historic lavas of Mt Etna (Italy) (nl)
skos:prefLabel	An evaluation of the influence of the experimental cooling rate along with other thermomagnetic effects to explain anomalously low palaeointensities obtained for historic lavas of Mt Etna (Italy) (en) An evaluation of the influence of the experimental cooling rate along with other thermomagnetic effects to explain anomalously low palaeointensities obtained for historic lavas of Mt Etna (Italy) (nl)
name	An evaluation of the influence of the experimental cooling rate along with other thermomagnetic effects to explain anomalously low palaeointensities obtained for historic lavas of Mt Etna (Italy) (en) An evaluation of the influence of the experimental cooling rate along with other thermomagnetic effects to explain anomalously low palaeointensities obtained for historic lavas of Mt Etna (Italy) (nl)
author	wds:Q104537061-2EDE7542-109C-4B0D-8167-56C8B4BC8DE6
author	Lennart de Groot
title	wds:Q104537061-E5778F79-E373-42CC-B3EF-B67A98386E8B
title	An evaluation of the influence of the experimental cooling rate along with other thermomagnetic effects to explain anomalously low palaeointensities obtained for historic lavas of Mt Etna (Italy) (en)
page(s)	wds:Q104537061-4481490E-9257-483E-A2E8-64DB897BB657
page(s)	1198-1215
instance of	wds:Q104537061-CDD61A35-808C-4822-8E66-89361DE02044
instance of	scholarly article
main subject	wds:Q104537061-115F2EB9-151B-4B15-9FAA-644554B1B97C
main subject	Mount Etna
published in	wds:Q104537061-8297FDDB-1711-469B-92DB-0E89F771ABF5
published in	Geophysical Journal International
issue	wds:Q104537061-4A39B424-CE78-4884-B6FF-B2749818CF70
volume	wds:Q104537061-F93C231C-B9DF-412D-B6F7-255C652A2EBC
issue	3
volume	193
DOI	wds:Q104537061-CCB811FE-B2CE-4D50-BA47-4BC4805263E8
DOI	http://dx.doi.org/10.1093/GJI/GGT065
DOI	10.1093/GJI/GGT065
ADS bibcode	wds:Q104537061-323F31BD-FE3F-4781-A425-AA86C0B39D83
ADS bibcode	2013GeoJI.193.1198D
is about of	https://www.wikidata.org/wiki/Special:EntityData/Q104537061
is cites work of	Magnetic force microscopy reveals meta-stable magnetic domain states that prevent reliable absolute palaeointensity experiments.
is cites work of	wds:Q35229326-CA20E574-EDA7-4923-97ED-509C6F0D9D66

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