Can someone introduce the unit cell structure of Monocrystalline Silicon and Graphene here.
It will be perfect if chart or figures being provided.
1. A Unit Cell Has 18 Silicons Atoms 2. Weak Bonding Along
Cleavage Planes 3.Wafer Splits into 4 or 6 Wedge Shaped Fragments
4. Miller Indices is Used to Assign to Each Possible Plane Passing
Through the Crystal Lattice.
The unit cell for graphene is a two-dimensional rhombus according to the figure shown*. The result is that two atoms are contained per unit cell. The upper right structure actually appearing in graphite, stacked layers of graphene.
*Journal of the Mechanics and Physics of Solids, 2008, 56(4), 1609-1623.
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