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Energy and Stresses in the Crystal-Melt Interface

The finite width of the transition region is reflected in the position dependent profiles of mass density p(z), internal energy density e z) and stress tensor which can all be obtained from Monte Carlo simulations. In ac- [Pg.268]

Since the crystal-melt interface under consideration has zero curvature, it is natural to assume that atmospheric pressure conditions prevail sufficiently far away from the interface, putting constraints on the lattice parameters of the pseudo-hexagonal unit cell, and on the interlameUar domain. AU these parameters of the box geometry are included in the label h in Fig. 14.2. Dark [Pg.269]


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Crystal energy

Crystal melting

Crystal stress

Crystal-melt interface

Crystallization energy

Crystallization stress

Interface energy

Interface stress

Melt crystallization

Melting and Crystallization

Stress and crystallization

The Interface

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