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// Scilab code Ex8.14 Page:268 (2006)
clc; clear;
C = cell(4,4);
// Enter compound names
C(1,1).entries = 'LaTiO3';
C(2,1).entries = 'LaCrO3';
C(3,1).entries = 'LaFeO3';
C(4,1).entries = 'LaCoO3';
// Enter total energy difference w.r.t. ground state for Paramagnetics, mRyd
C(1,2).entries = 0.014;
C(2,2).entries = 158.3;
C(3,2).entries = 20.69;
C(4,2).entries = 0.000;
// Enter total energy difference w.r.t. ground state for Ferromagnetics, mRyd
C(1,3).entries = 0.034;
C(2,3).entries = 13.99;
C(3,3).entries = 0.006;
C(4,3).entries = 0.010;
// Enter total energy difference w.r.t. ground state for Antiferromagnetics, mRyd
C(1,4).entries = 0.000;
C(2,4).entries = 0.000;
C(3,4).entries = 0.000;
C(4,4).entries = 0.003;
printf("\n______________________________________________________________");
printf("\nSolid Total energy difference (mRyd) (w.r.t. ground state)");
printf("\n ____________________________________________________");
printf("\n Paramagnetic Ferromagnetic Antiferromagnetic ");
printf("\n______________________________________________________________");
for i = 1:1:4
printf("\n%s %10.3f %10.3f %10.3f", C(i,1).entries, C(i,2).entries, C(i,3).entries, C(i,4).entries);
end
printf("\n______________________________________________________________");
printf("\nAll the solids given above crystallize in the antiferromagnetic state except that of LaCoO3.");
// Result
// ______________________________________________________________
// Solid Total energy difference (mRyd) (w.r.t. ground state)
// ____________________________________________________
// Paramagnetic Ferromagnetic Antiferromagnetic
// ______________________________________________________________
// LaTiO3 0.014 0.034 0.000
// LaCrO3 158.300 13.990 0.000
// LaFeO3 20.690 0.006 0.000
// LaCoO3 0.000 0.010 0.003
// ______________________________________________________________
// All the solids given above crystallize in the antiferromagnetic state except that of LaCoO3.
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