Bravais lattice


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Bravais lattice

(ˈbræveɪ; brəˈveɪ)
n
(General Physics) crystallog any of 14 possible space lattices found in crystals
[named after Auguste Bravais, 19th-century French physicist]
Collins English Dictionary – Complete and Unabridged, 12th Edition 2014 © HarperCollins Publishers 1991, 1994, 1998, 2000, 2003, 2006, 2007, 2009, 2011, 2014
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Noun1.Bravais lattice - a 3-dimensional geometric arrangement of the atoms or molecules or ions composing a crystal
lattice - an arrangement of points or particles or objects in a regular periodic pattern in 2 or 3 dimensions
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References in periodicals archive ?
where a and [beta] refer to the A or B subsites inside the Bravais lattice unit cells (Figure 1) in each plane of the system, i and j denote the position of the Bravais unit cell in the lattice, p and q describe planes indexes, [N.sub.c] shows the number of the Bravais lattice unit cell, [N.sub.p] implies the number of the layers, [t.sup.[alpha][beta].sub.ipjq] Presents the amplitude for a [pi] electron to hop from the subsite a of the Bravais lattice site i in plane p to the subsite [beta] of the nearest-neighbor (NN) site j in plane q, and [c.sup.[alpha][dagger].sub.ip] ([c.sup.[beta].sub.jq]) displays the creation (annihilation) operator of an electron on subsite [alpha] ([beta]) of the Bravais lattice site i (j) in plane p (q).
This simplification means that the lattice is a primitive 4-dimensional orthorhombic Bravais lattice. The position vector of an arbitrary lattice site is written as
They opened their classic paper by stating that "Any lattice in which the hydrogen atoms would be translationally identical (Bravais lattice) would have metallic properties" [19].
From the nature of the reduced form, one can determine the reduced form number, Bravais lattice, and the transformation matrix to a standard conventional cell (or simply conventional cell).