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Benjamin Sanchez Lengeling added The_principal_difference_between_111__.tex
about 9 years ago
Commit id: a90ab9dbf346672a6d7c2c6223aa06ae08f53e5f
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The principal difference between (111), (110), and (100) facets in materials, depending in a high porcentage of the surface energy.
In the surface of any materials the atoms have dangling or unsatisfied bonds exposed . and this surface atoms are under an inwardly directed force and the bond distance between the surface atoms and the subsurface atoms, is smaller than that between interios atoms. now each facets have a characteristic surface energy, the value depending of how many broken chemicals bonds you have in the surface. For example for metals with structure FCC:
{100} facets would have four broken chemical bonds,
{110} surfaces has 5 broken chemical bonds and
{111} has 3.
he principal difference between (111), (110), and (100) facets in materials, depending in a high porcentage of the surface energy.
In the surface of any materials the atoms have dangling or unsatisfied bonds exposed . and this surface atoms are under an inwardly directed force and the bond distance between the surface atoms and the subsurface atoms, is smaller than that between interios atoms. now each facets have a characteristic surface energy, the value depending of how many broken chemicals bonds you have in the surface. For example for metals with structure FCC:
{100} facets would have four broken chemical bonds,
{110} surfaces has 5 broken chemical bonds and
{111} has 3.
he principal difference between (111), (110), and (100) facets in materials, depending in a high porcentage of the surface energy.
In the surface of any materials the atoms have dangling or unsatisfied bonds exposed . and this surface atoms are under an inwardly directed force and the bond distance between the surface atoms and the subsurface atoms, is smaller than that between interios atoms. now each facets have a characteristic surface energy, the value depending of how many broken chemicals bonds you have in the surface. For example for metals with structure FCC:
{100} facets would have four broken chemical bonds,
{110} surfaces has 5 broken chemical bonds and
{111} has 3.
