Week 1: 3rd - 7th June 2019
Problem 1 : solving the double differential equations with Numerov method
Useful materials: Enhanced Numerov Method
Scattering wave function with Malfliet-Tjon potential
Problem 2: solving the double differential equations with R-matirx/Lagrange Mesh method
Useful materials: Coulomb Functions
Intro to LAPACK: test code for eigenvalue
For complex interactions, use Eq. (3.90) of Descouvemont_2010_Rep._Prog._Phys._73_036301.pdf
Working code for Numerov method
Working code for R-Matrix/Lagrange Mesh method
Week 2: 10th - 14th June 2019
Problem 3 : Use fresco to calculate phase-shift with Malfliet-Tjon III potential
Useful materials: FRESCO web
Problem 5 : crb-hwk-2-soln.pdf
Problem 6 : crb-hwk-3-soln.pdf crb-hwk-3.tar
Problem 7 : AZURE2 code
Amirikas et al. (1993).pdf Amirikas_pp.dat Auchampaugh_12C_ntotal.dat Auchampaugh et al. (1979).pdf Burtebaev.dat Burtebaev et al. (2008).pdf Chow et al. (1975).pdf Chow_pg0_90deg.dat Chow_pg0_ang_dist.dat Chow_pg1_90deg.dat Chow_pg1_ang_dist.dat Chow_pp.dat Dangle et al. (1964).pdf Harris et al. (1962).pdf Harris_pp.dat Meyer et al. (1976).pdf meyer_lab.dat Rolfs (1973).pdf Rolfs and Azuma.pdf Rolfs_FES.dat Rolfs_GS.dat rolfs_he.dat vogl.dat Vogl_jl_1963.pdf
Problem 8 : compute (d, p) using FRESCO
example input Fresco Input Descriptions.pdf kd02.zip
bound state wave function for 12C+n 13C_wave.dat
bound state wave function for n+p d_wave.dat
Problem 9: crb-hwk-4.pdf
