hyperfine.superconductivity.pippard

Expressions from Pippard’s nonlocal screening model.

A. B. Pippard, An experimental and theoretical study of the relation between magnetic field and current in a superconductor, Proc. R. Soc. London A 216, 547-568 (1953). https://doi.org/10.1098/rspa.1953.0040

Functions

K_Pippard(q, T, T_c, Delta_0, lambda_L, l, xi_0)	Evaluate the Pippard response function.
integrand_diffusive(q, T, T_c, Delta_0, ...)	Integrand for calculating the magnetic penetration depth.
integrand_specular_profile(q, T, T_c, ...[, ...])	Integrand for calculating the magnetic penetration depth.
j_0_t(T, T_c, Delta_0)	Bardeen-Cooper-Schrieffer (BCS) range function \(J(0,T)\) (i.e., at \(R = 0\)).
j_0_t_wc(T, T_c)	Bardeen-Cooper-Schrieffer (BCS) range function \(J(0,T)\) (i.e., at \(R = 0\)).
lambda_diffusive(T, T_c, Delta_0, l, ...[, ...])	Evaluate the magnetic penetration depth within Pippard theory.
lambda_diffusive2(T, T_c, Delta_0, l, ...[, ...])	Evaluate the magnetic penetration depth within Pippard theory.
specular_profile(z, T, T_c, Delta_0, ...[, ...])	Field screening profile B(z).
specular_profile_dl(z, T, T_c, Delta_0, ...)	Field screening profile B(z).
xi_Pippard(T, T_c, Delta_0, l, xi_0[, alpha])	Evaluate the effective Pippard coherence length for a finite electron mean-free-path.