Figure15

Figure 15. Thermal dependence of the HS fraction studied with the LMFA for square-shaped particles of different sizes: 20 $$\times$$ 20 (blue up triangles), 50 $$\times$$ 50 (orange circles), and 200 $$\times$$ 200 (green stars). The computational parameters are: (A) $$J_{bb}^{MCES}/k_B=60\mathrm{K}$$, $$J_{ss}^{MCES}/k_B=60\mathrm{K}$$, $$J_{bs}^{MCES}/k_B=0\mathrm{K}$$, $$J_{bb}^{LMFA}/k_B=36\mathrm{K}$$, $$J_{ss}^{LMFA}/k_B=33.33\mathrm{K}$$; (B) $$J_{bb}^{MCES}/k_B=60\mathrm{K}$$, $$J_{ss}^{MCES}/k_B=60\mathrm{K}$$, $$J_{bs}^{MCES}/k_B=60\mathrm{K}$$, $$J_{bb}^{LMFA}/k_B=60\mathrm{K}$$, $$J_{ss}^{LMFA}/k_B=60\mathrm{K}$$. For all calculations: $$\mathrm{\Delta }/k_B=1,300\mathrm{K}$$, $$G/k_B=172\mathrm{K}$$, $$L/k_B=290\mathrm{K}$$, and ln($$g$$) = 6.01.