DILUTION-INDUCED SPIN CANTING IN FERROMAGNETS WITH COMPETING INTERACTIONS - PROTOTYPE FOR TRANSVERSE PSEUDO-SPIN-GLASS ORDER

Bibliographic Details
Main Authors: Dunlop, M, Sherrington, D
Format: Journal article
Published: 1985
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author Dunlop, M
Sherrington, D
author_facet Dunlop, M
Sherrington, D
author_sort Dunlop, M
collection OXFORD
description
first_indexed 2024-03-07T05:20:52Z
format Journal article
id oxford-uuid:ded9e2a9-44fb-4c3b-a0dc-dd84920b61ca
institution University of Oxford
last_indexed 2024-03-07T05:20:52Z
publishDate 1985
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spelling oxford-uuid:ded9e2a9-44fb-4c3b-a0dc-dd84920b61ca2022-03-27T09:35:08ZDILUTION-INDUCED SPIN CANTING IN FERROMAGNETS WITH COMPETING INTERACTIONS - PROTOTYPE FOR TRANSVERSE PSEUDO-SPIN-GLASS ORDERJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:ded9e2a9-44fb-4c3b-a0dc-dd84920b61caSymplectic Elements at Oxford1985Dunlop, MSherrington, D
spellingShingle Dunlop, M
Sherrington, D
DILUTION-INDUCED SPIN CANTING IN FERROMAGNETS WITH COMPETING INTERACTIONS - PROTOTYPE FOR TRANSVERSE PSEUDO-SPIN-GLASS ORDER
title DILUTION-INDUCED SPIN CANTING IN FERROMAGNETS WITH COMPETING INTERACTIONS - PROTOTYPE FOR TRANSVERSE PSEUDO-SPIN-GLASS ORDER
title_full DILUTION-INDUCED SPIN CANTING IN FERROMAGNETS WITH COMPETING INTERACTIONS - PROTOTYPE FOR TRANSVERSE PSEUDO-SPIN-GLASS ORDER
title_fullStr DILUTION-INDUCED SPIN CANTING IN FERROMAGNETS WITH COMPETING INTERACTIONS - PROTOTYPE FOR TRANSVERSE PSEUDO-SPIN-GLASS ORDER
title_full_unstemmed DILUTION-INDUCED SPIN CANTING IN FERROMAGNETS WITH COMPETING INTERACTIONS - PROTOTYPE FOR TRANSVERSE PSEUDO-SPIN-GLASS ORDER
title_short DILUTION-INDUCED SPIN CANTING IN FERROMAGNETS WITH COMPETING INTERACTIONS - PROTOTYPE FOR TRANSVERSE PSEUDO-SPIN-GLASS ORDER
title_sort dilution induced spin canting in ferromagnets with competing interactions prototype for transverse pseudo spin glass order
work_keys_str_mv AT dunlopm dilutioninducedspincantinginferromagnetswithcompetinginteractionsprototypefortransversepseudospinglassorder
AT sherringtond dilutioninducedspincantinginferromagnetswithcompetinginteractionsprototypefortransversepseudospinglassorder