|
| real(real64) function | grasp_rciqed_qed_flambaum::qedse_flambaum (k1, k2, phi_l, phi_f, phi_g) |
| | Estimates the QED self-energy of the kth orbital using potentials presented in [Flambaum & Ginges, 2005]. More...
|
| |
| real(real64) function | grasp_rciqed_qed_flambaum::phi_f_inner (t, r) |
| | Calculate the integral-kernel for the radiative \(\Phi_f\) potential. More...
|
| |
| real(real64) function | grasp_rciqed_qed_flambaum::phi_g1_inner (t, r) |
| | Calculate the first part of the integral-kernel for the radiative \(\Phi_g\) potential. More...
|
| |
| real(real64) function | grasp_rciqed_qed_flambaum::phi_g2_inner (t, r) |
| | Calculate the second part of the integral-kernel for the radiative \(\Phi_g\) potential. More...
|
| |
| subroutine | grasp_rciqed_qed_flambaum::quad_t_us2 (f, t, ntmax, nt, result) |
| | Uses the Simpson's rule for a non-uniform grid t to evaluate the integral of f. More...
|
| |
| subroutine | grasp_rciqed_qed_flambaum::se_t_grid (f, t, ntmax, nt, r, nterm) |
| | Populates the t and f arrays (of length ntmax) with grid (t) and integrand (f) values to prepare for the inner integrations of the radiative potentials. More...
|
| |
