Index

A | B | C | D | E | G | H | I | K | L | M | N | O | P | R | S | T | U | W | X

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A

AlreadyConvergedException approximate_G() (usadel1.CurrentSolver method)

B

bibliography

C

calculate_G() (usadel1.CurrentSolver method) coupling_lambda (usadel1.Geometry attribute) critical temperature current

current-phase relation CurrentSolver (class in usadel1)

D

data file density of states

downloading

E

equal() (usadel1.Geometry method) examples

G

geometry, [1], [2] Geometry (class in usadel1) get_currents() (usadel1.CurrentSolver method) get_currents_from_G() (usadel1.CurrentSolver method) get_currents_from_G_with_f() (usadel1.CurrentSolver method) get_currents_lazy() (usadel1.CurrentSolver method)

get_idstr() (usadel1.Geometry method) get_linear_response_from_G() (usadel1.CurrentSolver method) get_linear_response_from_G_with_f() (usadel1.CurrentSolver method) get_node_wires() (usadel1.Geometry method)

H

HDF5

I

installing Linux Unix Windows

K

kin_solve() (usadel1.Solver method) KineticCoefficients (class in usadel1)

KinResult (class in usadel1)

L

license Linux installing

literature load() (usadel1.CurrentSolver class method)

M

minigap MPI

mpi4py

N

nnode (usadel1.Geometry attribute) nwire (usadel1.Geometry attribute)

O

omega_D (usadel1.Geometry attribute) optimization parameters thermovoltage

optimize_parameters_for() (in module usadel1)

P

parallelization

R

resume() (usadel1.CurrentSolver class method)

S

save() (usadel1.CurrentSolver method) self-consistency, [1] self_consistent_matsubara_iteration() (in module usadel1) self_consistent_realtime_iteration() (in module usadel1) set_geometry() (usadel1.Solver method) set_kinetic() (usadel1.Solver method) set_solvers() (usadel1.CurrentSolver method) SNS junction solve() (usadel1.CurrentSolver method)

solve_kinetic() (usadel1.CurrentSolver method) solve_spectral() (usadel1.CurrentSolver method) solve_spectral_and_save_if_needed() (usadel1.CurrentSolver method) solve_spectral_if_needed() (usadel1.CurrentSolver method) Solver (class in usadel1) sp_solve() (usadel1.Solver method) SpResult (class in usadel1) superconducting wire, [1]

T

t_delta (usadel1.Geometry attribute) t_inelastic (usadel1.Geometry attribute) t_mu (usadel1.Geometry attribute) t_phase (usadel1.Geometry attribute) t_spinflip (usadel1.Geometry attribute) t_t (usadel1.Geometry attribute)

t_type (usadel1.Geometry attribute) thermoelectricity thermovoltage optimization

U

Unix installing

usadel1 (module)

W

w_conductance (usadel1.Geometry attribute) w_delta (usadel1.Geometry attribute) w_ends (usadel1.Geometry attribute) w_inelastic (usadel1.Geometry attribute) w_length (usadel1.Geometry attribute) w_phase (usadel1.Geometry attribute)

w_phase_jump (usadel1.Geometry attribute) w_spinflip (usadel1.Geometry attribute) w_type (usadel1.Geometry attribute) Windows installing

X

x (usadel1.Geometry attribute)