Notes on File names:

SGM - Sum of Gaussian Models
SM - Spring Model

Conc - Indicates a variation in concentration
r - Inicates a variation in the atomic size difference between the atoms under constant concentration (also indicated in the title e.g. AB, A2B, A3B)
Ordering - Indicates a variation in order in the sytem
Partials - Indicates this files is the partials rather than the full PDFs

AeqB - Under conditions where A and B have the same ('equal') scattering lengths
AgB - Under conditions where the scattering length of A is twice that of B i.e. A is 'greater' than B
AlB - Under conditions where the scattering length of B is twice that of A i.e. A is 'less' than B




Notes on headings in the files:

SGM_Conc_AeqB.txt, SGM_Conc_AgB.txt, SGM_Conc_AlB.txt - Headings indicate the percentage concentration of B atoms in the system e.g. X_5 is A_0.95 B_0.05

SGM_r_A2B_AeqB.txt, SGM_r_A3B_AeqB.txt, SGM_r_AB_AeqB.txt, SGM_r_AB_AgB.txt, SGM_r_AB_AlB.txt - Headings indicate the percentage size difference in the atomic radii of the A and B atoms. i.e. rB_3 means a 3% size difference in the atomic radii of the two atoms

SGM_Ordering_AeqB.txt, SGM_Ordering_AgB.txt, SGM_Ordering_AlB.txt - Headings indicate the Warren Cowley parameter of the first shell in the structure e.g. alp_-0.0166667 is alp = -0.0166667

SM_Conc_AeqB.dat, SM_Conc_AgB.dat, SM_Conc_AlB.dat - Headings indicate the percentage concentration of B atoms in the system e.g. Average_Norm5  is A_0.95 B_0.05 \

SM_r_A2B_AeqB.dat, SM_r_A3B_AeqB.dat, SM_r_AB_AeqB.dat, SM_r_AB_AgB.dat, SM_r_AB_AlB.dat - - Headings indicate the percentage size difference in the atomic radii of the A and B atoms. i.e. Average_Norm3 means a 3% size difference in the atomic radii of the two atoms 

SM_Ordering_AeqB.dat, SM_Ordering_AgB.dat, SM_Ordering_AlB.dat - Headings indicate the Warren Cowley parameter of the first shell in the structure e.g. Average_alp_-0.0166667 is alp = -0.0166667

SGM_AB_AeqB_partials.txt, SGM_AB_AgB_partials.txt - Headings indicate which partial is being plotted i.e. AB is the A-B partial




Notes on Figures:

Fig 1 - Plots taken from SM_Conc_AgB.dat. The two plots are Average_Norm0 and Average_Norm50

Fig 2 - From fitting data from: SGM_Conc_AeqB.txt, SGM_Conc_AgB.txt, SGM_Conc_AlB.txt, SM_Conc_AeqB.dat, SM_Conc_AgB.dat, SM_Conc_AlB.dat

Fig 3 - From fitting data from: SGM_r_AB_AeqB.txt, SGM_r_AB_AgB.txt, SGM_r_AB_AlB.txt, SM_r_AB_AeqB.dat, SM_r_AB_AgB.dat, SM_r_AB_AlB.dat

Fig 4 - From fitting data from: SGM_r_AB_AeqB.txt, SGM_r_A2B_AeqB.txt, SGM_r_A3B_AeqB.txt, SM_r_AB_AeqB.dat, SM_r_A2B_AeqB.dat, SM_r_A3B_AeqB.dat

Fig 5 - From fitting data from: SM_Conc_AeqB.dat

Fig 6 - From fitting data from: SGM_Ordering_AeqB.txt, SGM_Ordering_AgB.txt, SGM_Ordering_AlB.txt, SM_Ordering_AeqB.dat, SM_Ordering_AgB.dat, SM_Ordering_AlB.dat

Fig 7 - Partials taken from: SGM_AB_AeqB_partials.txt, SGM_AB_AgB_partials.txt. PDFS taken from SM_Conc_AeqB.dat and SM_Conc_AgB.dat for X_50