Index

_

__call__() (hyperfine.minuit.GenericLeastSquares3D method) (hyperfine.minuit.LeastSquares3D method) (hyperfine.musr.meissner.DepthAveragingCalculator method) (hyperfine.musr.meissner.DepthAveragingCalculatorGLE method) (hyperfine.musr.meissner.DepthAveragingCalculatorNL method) (hyperfine.superconductivity.london.GLESolver method) __init__() (hyperfine.bnmr.lineshape.QuadrupoleSplitting method) (hyperfine.bnmr.lineshape.QuadrupoleSplitting8Li method) (hyperfine.bnmr.meissner.DepthAveragingCalculator method) (hyperfine.minuit.GenericLeastSquares3D method) (hyperfine.minuit.LeastSquares3D method) (hyperfine.musr.meissner.DepthAveragingCalculator method), [1] (hyperfine.musr.meissner.DepthAveragingCalculatorGLE method), [1] (hyperfine.musr.meissner.DepthAveragingCalculatorNL method), [1] (hyperfine.superconductivity.london.GLESolver method), [1]

_bc() (hyperfine.superconductivity.london.GLESolver method) _delta (hyperfine.superconductivity.london.GLESolver attribute) _eval_chi2() (hyperfine.minuit.GenericLeastSquares3D method) (hyperfine.minuit.LeastSquares3D method) _gle_derivs() (hyperfine.superconductivity.london.GLESolver method) _lambda() (hyperfine.superconductivity.london.GLESolver method) _lambda_0 (hyperfine.superconductivity.london.GLESolver attribute) _lambda_prime() (hyperfine.superconductivity.london.GLESolver method) _lambda_s (hyperfine.superconductivity.london.GLESolver attribute) _london() (hyperfine.musr.meissner.DepthAveragingCalculator method) (hyperfine.musr.meissner.DepthAveragingCalculatorGLE method) (hyperfine.musr.meissner.DepthAveragingCalculatorNL method) _sol (hyperfine.superconductivity.london.GLESolver attribute) _x_nodes (hyperfine.superconductivity.london.GLESolver attribute) _y_guess (hyperfine.superconductivity.london.GLESolver attribute)

A

amplitude_1() (in module hyperfine.bnmr.two_site) amplitude_2() (in module hyperfine.bnmr.two_site)

arrhenius_rate() (in module hyperfine.bnmr.two_site) average_slr_rate() (in module hyperfine.bnmr.two_site)

B

B_c_prime_T() (in module hyperfine.bnmr.nlme)

B_london_vortex_continuum_T() (hyperfine.bnmr.meissner.DepthAveragingCalculator method)

C

calculate_A_1() (in module hyperfine.implantation.electronic_stopping) calculate_mean_depth() (hyperfine.musr.meissner.DepthAveragingCalculator method) (hyperfine.musr.meissner.DepthAveragingCalculatorGLE method) (hyperfine.musr.meissner.DepthAveragingCalculatorNL method) calculate_mean_field() (hyperfine.musr.meissner.DepthAveragingCalculator method) (hyperfine.musr.meissner.DepthAveragingCalculatorGLE method) (hyperfine.musr.meissner.DepthAveragingCalculatorNL method) corrected_asymmetry() (in module hyperfine.musr)

corrected_asymmetry_error() (in module hyperfine.musr) correlation2dict() (in module hyperfine.minuit) covariance2dict() (in module hyperfine.minuit) create_job_file() (in module hyperfine.implantation.dpass) create_trim_dat() (in module hyperfine.implantation.srim) create_trim_dat_ellipsoid() (in module hyperfine.implantation.srim) critical_temperature() (hyperfine.bnmr.meissner.DepthAveragingCalculator method) critical_temperature2() (hyperfine.bnmr.meissner.DepthAveragingCalculator method) current_density() (hyperfine.superconductivity.london.GLESolver method)

D

DepthAveragingCalculator (class in hyperfine.bnmr.meissner) (class in hyperfine.musr.meissner)

DepthAveragingCalculatorGLE (class in hyperfine.musr.meissner) DepthAveragingCalculatorNL (class in hyperfine.musr.meissner)

F

fmin2dict() (in module hyperfine.minuit)

G

gamma_mu (in module hyperfine.musr) gap_cos_eV() (in module hyperfine.superconductivity.interpolation) gap_tanh_eV() (in module hyperfine.superconductivity.interpolation) GenericLeastSquares3D (class in hyperfine.minuit) get_dq_lineshape() (hyperfine.bnmr.lineshape.QuadrupoleSplitting8Li method) get_effective_coherence_length_at_0K() (in module hyperfine.superconductivity) get_energy_levels() (hyperfine.bnmr.lineshape.QuadrupoleSplitting method) (hyperfine.bnmr.lineshape.QuadrupoleSplitting8Li method) get_line_number() (in module hyperfine.implantation.srim)

get_lineshape() (hyperfine.bnmr.lineshape.QuadrupoleSplitting8Li method) get_mean_free_path_at_0K() (in module hyperfine.superconductivity) get_n_quantum_transitions() (hyperfine.bnmr.lineshape.QuadrupoleSplitting method) (hyperfine.bnmr.lineshape.QuadrupoleSplitting8Li method) get_penetration_depth_at_0K() (in module hyperfine.superconductivity) get_qq_lineshape() (hyperfine.bnmr.lineshape.QuadrupoleSplitting8Li method) get_sq_lineshape() (hyperfine.bnmr.lineshape.QuadrupoleSplitting8Li method) get_tq_lineshape() (hyperfine.bnmr.lineshape.QuadrupoleSplitting8Li method) GLESolver (class in hyperfine.superconductivity.london)

H

hyperfine module hyperfine.bnmr module hyperfine.bnmr.lineshape module hyperfine.bnmr.meissner module hyperfine.bnmr.nlme module hyperfine.bnmr.susceptibility module hyperfine.bnmr.two_site module hyperfine.demagnetization module hyperfine.distributions module hyperfine.implantation module hyperfine.implantation.dpass module hyperfine.implantation.electronic_stopping module

hyperfine.implantation.srim module hyperfine.minuit module hyperfine.musr module hyperfine.musr.meissner module hyperfine.superconductivity module hyperfine.superconductivity.bcs module hyperfine.superconductivity.ccf module hyperfine.superconductivity.interpolation module hyperfine.superconductivity.intertype module hyperfine.superconductivity.london module hyperfine.superconductivity.pippard module hyperfine.utilities module

I

integrand_diffusive() (in module hyperfine.superconductivity.bcs) (in module hyperfine.superconductivity.pippard)

integrand_specular_profile() (in module hyperfine.superconductivity.pippard)

J

j_0_t() (in module hyperfine.superconductivity.pippard)

j_0_t_wc() (in module hyperfine.superconductivity.pippard) json2minuit() (in module hyperfine.minuit)

K

K_BCS() (in module hyperfine.superconductivity.bcs) K_Pippard() (in module hyperfine.superconductivity.pippard) kappa_1_star() (in module hyperfine.superconductivity.intertype) kappa_2_star() (in module hyperfine.superconductivity.intertype)

kappa_GL() (in module hyperfine.bnmr.nlme) kappa_li_star() (in module hyperfine.superconductivity.intertype) kappa_s_star() (in module hyperfine.superconductivity.intertype) korringa_rate() (in module hyperfine.bnmr.two_site)

L

lambda_diffusive() (in module hyperfine.superconductivity.bcs) (in module hyperfine.superconductivity.pippard) lambda_diffusive2() (in module hyperfine.superconductivity.pippard) lambda_two_fluid_nm() (in module hyperfine.superconductivity.interpolation) LeastSquares3D (class in hyperfine.minuit)

london_ms() (hyperfine.musr.meissner.DepthAveragingCalculator method) (hyperfine.musr.meissner.DepthAveragingCalculatorGLE method) (hyperfine.musr.meissner.DepthAveragingCalculatorNL method) lorentzian() (hyperfine.bnmr.lineshape.QuadrupoleSplitting method) (hyperfine.bnmr.lineshape.QuadrupoleSplitting8Li method)

M

M() (in module hyperfine.bnmr.two_site) magnetic_volume_susceptibility() (in module hyperfine.bnmr.susceptibility) mean_field_integrand() (hyperfine.musr.meissner.DepthAveragingCalculatorGLE method) (hyperfine.musr.meissner.DepthAveragingCalculatorNL method) minos2dict() (in module hyperfine.minuit) minuit2json() (in module hyperfine.minuit) modified_beta_2_cdf() (in module hyperfine.distributions) modified_beta_2_mean() (in module hyperfine.distributions) modified_beta_2_pdf() (in module hyperfine.distributions) modified_beta_cdf() (in module hyperfine.distributions) modified_beta_mean() (in module hyperfine.distributions) modified_beta_pdf() (in module hyperfine.distributions) module hyperfine hyperfine.bnmr hyperfine.bnmr.lineshape hyperfine.bnmr.meissner hyperfine.bnmr.nlme hyperfine.bnmr.susceptibility hyperfine.bnmr.two_site hyperfine.demagnetization hyperfine.distributions hyperfine.implantation hyperfine.implantation.dpass hyperfine.implantation.electronic_stopping hyperfine.implantation.srim hyperfine.minuit hyperfine.musr hyperfine.musr.meissner hyperfine.superconductivity hyperfine.superconductivity.bcs hyperfine.superconductivity.ccf hyperfine.superconductivity.interpolation hyperfine.superconductivity.intertype hyperfine.superconductivity.london hyperfine.superconductivity.pippard hyperfine.utilities

multi_gaussian_avg_and_error() (in module hyperfine.musr) multi_gaussian_std_and_error() (in module hyperfine.musr) multi_gaussian_var_and_error() (in module hyperfine.musr)

N

N_cuboid() (in module hyperfine.demagnetization)

N_ellipsoid() (in module hyperfine.demagnetization)

P

pippard_ms() (hyperfine.musr.meissner.DepthAveragingCalculatorNL method) polarization() (in module hyperfine.bnmr.two_site) polarization_1() (in module hyperfine.bnmr.two_site) polarization_2() (in module hyperfine.bnmr.two_site)

proton_stopping_cross_section() (in module hyperfine.implantation.electronic_stopping) proton_stopping_cross_section4() (in module hyperfine.implantation.electronic_stopping) proton_stopping_cross_section_high_energy() (in module hyperfine.implantation.electronic_stopping) proton_stopping_cross_section_low_energy() (in module hyperfine.implantation.electronic_stopping)

Q

quadrupole_coupling() (hyperfine.bnmr.lineshape.QuadrupoleSplitting method) (hyperfine.bnmr.lineshape.QuadrupoleSplitting8Li method) quadrupole_frequency() (hyperfine.bnmr.lineshape.QuadrupoleSplitting method) (hyperfine.bnmr.lineshape.QuadrupoleSplitting8Li method)

QuadrupoleSplitting (class in hyperfine.bnmr.lineshape) QuadrupoleSplitting8Li (class in hyperfine.bnmr.lineshape)

R

raw_asymmetry() (in module hyperfine.musr)

raw_asymmetry_error() (in module hyperfine.musr) run_dpass() (in module hyperfine.implantation.dpass)

S

sampling_index() (in module hyperfine.utilities) scaled_penetration_depth_nm() (in module hyperfine.bnmr.nlme) screening_profile() (hyperfine.superconductivity.london.GLESolver method) screening_profile_biexp() (in module hyperfine.superconductivity.ccf) screening_profile_bulk() (in module hyperfine.superconductivity.london) screening_profile_film() (in module hyperfine.superconductivity.london) screening_profile_sis() (in module hyperfine.superconductivity.ccf) screening_profile_ss() (in module hyperfine.superconductivity.ccf) skewed_gaussian_mean() (in module hyperfine.musr)

skewed_gaussian_mean_error() (in module hyperfine.musr) skewed_gaussian_pdf() (in module hyperfine.distributions) solve() (hyperfine.superconductivity.london.GLESolver method) specular_profile() (in module hyperfine.superconductivity.pippard) specular_profile_dl() (in module hyperfine.superconductivity.pippard) split() (in module hyperfine.utilities) stopping_distribution() (hyperfine.musr.meissner.DepthAveragingCalculator method) (hyperfine.musr.meissner.DepthAveragingCalculatorGLE method) (hyperfine.musr.meissner.DepthAveragingCalculatorNL method)

T

three_gaussian_avg_and_error() (in module hyperfine.musr) three_gaussian_std_and_error() (in module hyperfine.musr)

three_gaussian_var_and_error() (in module hyperfine.musr) tl_B_c1_T() (in module hyperfine.bnmr.susceptibility) tl_B_c2_T() (in module hyperfine.bnmr.susceptibility)

V

V() (hyperfine.bnmr.lineshape.QuadrupoleSplitting method) (hyperfine.bnmr.lineshape.QuadrupoleSplitting8Li method)

V_pas() (hyperfine.bnmr.lineshape.QuadrupoleSplitting method) (hyperfine.bnmr.lineshape.QuadrupoleSplitting8Li method)

W

weibull_cdf() (in module hyperfine.distributions)

weibull_mean() (in module hyperfine.distributions) weibull_pdf() (in module hyperfine.distributions)

X

xi_Pippard() (in module hyperfine.superconductivity.pippard)