CORE
COnnecting
REpositories
  • Services overviewExplore all CORE services
  • Access to raw data

    • API
    • Dataset
    • FastSync
  • Content discovery

    • Recommender
    • Discovery
  • OAI identifiers

    • OAI Resolver
  • Managing content

    • Dashboard
  • Bespoke contracts

    • Consultancy services
  • Support us

      MembershipSponsorshipResearch partnership
  • About

    • About us
    • Our mission
    • Team
    • Blog
    • FAQs
    • Contact us
  • Community governance

    • Governance
    • Advisory Board
    • Board of supporters
    • Research network
  • Innovations

    • Our research
    • Labs

Analog simulation of coupled superconducting weak links: Locking and chaos

Authors
  1. A. S. Deakin
  2. A. Wolf
  3. A. Yagi
  4. C. K. Bak
  5. D. B. Tuckerman
  6. D. D'Humieres
  7. D. E. Prober
  8. D. G. Jablonski
  9. D. G. McDonald
  10. D. W. Jillie
  11. G. S. Lee
  12. G. S. Lee
  13. H. J. T. Smith
  14. J. A. Blackburn
  15. J. H. Magerlein
  16. James A. Blackburn
  17. M. A. H. Nerenberg
  18. M. A. H. Nerenberg
  19. M. A. H. Nerenberg
  20. M. A. H. Nerenberg
  21. M. A. H. Nerenberg
  22. M. Iansiti
  23. P. Hadley
  24. P. N. Strenski
  25. R. Escudero
  26. R. L. Kautz
  27. R. W. Henry
  28. R. W. Henry
  29. S. Vik
  30. Wu Binruo
  31. Y. H. Kao
  32. Y. H. Kao
  33. Y.-D. Dai
  34. Yang Zhou-jing
Publication date
Publisher
'American Physical Society (APS)'
Doi

    Abstract

    Abstract is not available.

      Similar works

      Full text

      thumbnail-image

      Available Versions

      Crossref

      redirect
      Last time updated on 01/04/2019

      CORE (COnnecting REpositories) is a not-for-profit service delivered by The Open University supported by CORE Members.

      Product
      • Services
      • Membership
      • Sponsorship
      • Labs
      Organisation
      • About us
      • Governance
      • Team
      • Data providers
      Support
      • Terms
      • FAQs
      • Blog
      • Contact us
      Writing about CORE?

      Discover our research outputs and cite our work.

      Follow us:
      COREAccessibilityCookiesPrivacy