Computer simulation deviations from expected BCS behavior of the temperature dependence of the London penetration depth in s-wave superconductors (bibtex)
by Michael Aitken
Abstract:
The main thrust of the research that I have done thus far is to study the temperature dependence of the London penetration depth in high Tc superconductors. The premise being (I believe) is that structural defects can influence the superconducting properties of the material in question. The coherence length of the paired electrons in question are of the same order of magnitude as the unit cells, the literature I have been studying suggests "d"-wave pairing, what we are trying to show is that for certain Gamma values "s"-wave pairing is actually occurring between electrons in the "S" and "N" states. I guess a good title would be "S-wave Pairing and The Tunneling Effect", or not...
Reference:
Michael Aitken, "Computer simulation deviations from expected BCS behavior of the temperature dependence of the London penetration depth in s-wave superconductors", 1995.
Bibtex Entry:
@bachelorsthesis{1995A,
  title={Computer simulation deviations from expected BCS behavior of the temperature dependence of the London penetration depth in s-wave superconductors},
  author={Michael Aitken},
  month={August},
  year={1995},
  abstract={The main thrust of the research that I have
done thus far is to study the temperature dependence
of the London penetration depth in high Tc
superconductors. The premise being (I believe) is that
structural defects can influence the superconducting
properties of the material in question. The coherence
length of the paired electrons in question are of the same
order of magnitude as the unit cells, the literature I have
been studying suggests "d"-wave pairing, what we are trying
to show is that for certain Gamma values "s"-wave pairing
is actually occurring between electrons in the "S" and "N"
states. I guess a good title would be "S-wave Pairing and
The Tunneling Effect", or not...},
  note={Supervised by B. Mitrovic}
}
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