lmbd0 1[eV] "Eigenvalue scale"
x0 0.32 "Fraction of Al in AlGaAs"
mw 0.067*me_const "Effective mass in well regions"
mb (0.067+0.083*x0)*me_const "Effective mass in barrier regions"
Vb 1.247[eV]*x0*0.67 "Potential energy in barrier regions"
lw 10[nm] "Length of well"
lb 5[nm] "Length of barrier"
L 3*lw+2*lb "Length of modeling domain"
reE1anal 0.03095108621779908[eV] "Analytical energy for quasi-bound state, real part"
reE2anal 0.122061164410767[eV] "Analytical energy for quasi-bound state, real part"
reE3anal 0.25894903907423716[eV] "Analytical energy for quasi-bound state, real part"
reE_anal reE1anal "Sweeping parameter for quasi-bound states"
imE1anal 0.000010086285035003605[eV] "Analytical energy for quasi-bound state, imaginary part"
imE2anal 0.0001913257313211308[eV] "Analytical energy for quasi-bound state, imaginary part"
imE3anal 0.0031326022267301064[eV] "Analytical energy for quasi-bound state, imaginary part"
imE_anal imE1anal "Sweeping parameter for quasi-bound states"
T3 h_const/reE3anal "Time scale for time dependent study"
tau3 hbar_const/imE3anal "Decay time constant"
E1anal 0.0309510912373888[eV] "Analytical energy for transmission=1 solution" 
E2anal 0.12206193797930533[eV] "Analytical energy for transmission=1 solution" 
E3anal 0.2591443427675162[eV] "Analytical energy for transmission=1 solution"
E_anal E1anal "Sweeping parameter for transmission=1 solutions"
E0 1[eV] "Energy for stationary study"
psi0 1 "Incoming wave amplitude"