Lectures on Superconductivity
Department of Materials Science and Metallurgy
>
Lectures on Superconductivity
> Fundamentals
Lectures on Superconductivity
Fundamentals
Chapters
Films
Basics
R
=0 and Isotope Effect
Fermions, Bosons and Electron-Phonon Interaction
Quasiparticles, Cooper pairs, Tc
Theory
Ground state BCS (Composite Boson)
Theories of HTS
Ginzburg-Landau Equation
Critical Parameters
J
c
-
B
c
-
T
c
and Latent Heat, Meissner Effect
Penetration Depth and Coherence Length
Type I and Type II, Abrikosov Vortex
Vortex Dynamics and Flux Lattice
Flux Pinning and
J
c
Inter- & Intra-grain Currents
Neutron Irradiation
Measurement Techniques
B-H, M-H, AC Losses, Magnetic Hysteresis
Hall Probe, Magnetooptics
STS, PPMS,
J
c
(B,angle)
Index
Introduction
Fundamentals
Materials I
Materials II
Electronics
Applications
Credits