Michigan State University Home
  • MSU Libraries
  • Digital Repository
  • Home
  • About
  • Collections
Selected filters
  • Subject: Superconductivity
    ×
  • Electronic Theses & Dissertations
    6
  • Theses
    6
  • English
    6
  • In Copyright
    6
  • Cryoelectronics
    2
  • Ferromagnetism
    3
  • Josephson effect
    1
  • Josephson junctions
    3
  • Low-dimensional semiconductors
    1
  • Nanotechnology
    1
  • Particle accelerators
    1
  • Radio frequency
    1
  • Resonators
    1
  • Spintronics
    1
Year
TO

Search results for Law in literature

Showing 1 to 6 of 6 results
  • Modeling and analysis of radio frequency structures using an equivalent circuit methodology with application to charged particle accelerator RF resonators

    Vincent, John J.
    Text (1996)
    Part of Electronic Theses & Dissertations
    In Copyright
  • Models of superconductivity : a Josephson junction with thin normal layer

    Remski, Joan Cecile
    Text (1997)
    Part of Electronic Theses & Dissertations
    In Copyright
  • Optimizing magnetic behavior and supercurrent transmission in ferromagnetic Josephson junctions

    Mishra, Swapna Sindhu
    Text (2022)
    Part of Electronic Theses & Dissertations
    In Copyright
  • Ferromagnetic Josephson junctions carrying spin-triplet supercurrent for cryogenic memory

    Glick, Joseph Allen, III
    Text (2017)
    Part of Electronic Theses & Dissertations
    In Copyright
  • Physical properties and transformations of low-dimensional systems

    Liu, Dan (Graduate of Michigan State University)
    Text (2019)
    Part of Electronic Theses & Dissertations
    In Copyright
  • Josephson junctions using a strong ferromagnetic interlayer and spin triplet superconductivity

    Khasawneh, Mazin Alaya
    Text (2010)
    Part of Electronic Theses & Dissertations
    In Copyright
  • First
  • 1(current)
  • Last
  • Call MSU: (517) 355-1855
  • Visit: msu.edu
  • Notice of Nondiscrimination
  • SPARTANS WILL.
  • © Michigan State University
Michigan State University Wordmark