Knowen - 3D. Phase diagram's attachments

Now you are in the subtree of Energetic stability of quasicrystals project.

Attachments

phase diagram, T = 0.1
nPDp1.jpg

phase diagram figure, T = 0.05 refined
nPDp05_refined.jpg

matlab fig .1
nPDp1.fig

matlab fig, .05, refined
nPDp05_refined.fig

matlab fig, .1 refined
nPDp1_refined.fig

coarse data, with FCC
3d_T_0.05and0.1.mat

refined .1, with FCC
3d_T_0.1refined.mat

refined .05, with FCC
3d_T_0.05refined.mat

matlab code to calculate 4th order terms coeffs, including non-coplanar one for FCC (real), BCC (recip). Produces Val1, Val2, Val3, which correspond to different (\pm q_1, \pm q_2) diagrams, and Val6 for FCC
boxd3d_new.m

matlab code that produces GS map as a function of q_0/k_F and "coulomb" C. Takes (Val1+Val2+Val3)/3 and Val6 as inputs.
qc3d_var_interp_Plot.m

Angle that minimizes the interaction energy for T = 0.05
alphamin_T_0.05.jpg

Note with expressions for phase boundaries; does not include the full FCC energy!
Doc_-_Dec_18__2014__2-...

nPDp05.fig

Child pages

Crystallization simulation