Lattice Structures: Difference between revisions
Jump to navigation
Jump to search
(I plan to list some features of common lattices (packing densities, lengths, etc).) |
Carl McBride (talk | contribs) mNo edit summary |
||
| Line 1: | Line 1: | ||
Crystaline phases consist of atoms, or molecules, occupying | Crystaline phases consist of atoms, or molecules, occupying | ||
nodes of lattices. Lattices are also interesting as starting | nodes of lattices. Lattices are also interesting as starting | ||
configurations for dense disordered phases | configurations for dense disordered phases. | ||
== Building a lattice == | |||
== Building | |||
Here are some ordered structures that are used as starting configurations | Here are some ordered structures that are used as starting configurations | ||
in the computer simulation of condensed matter. | in the computer simulation of condensed matter. | ||
| Line 22: | Line 19: | ||
*[[Building up a diamond lattice|Diamond]] | *[[Building up a diamond lattice|Diamond]] | ||
*[[Building up an hexagonal close packing structure|Hexagonal close packing]] | *[[Building up an hexagonal close packing structure|Hexagonal close packing]] | ||
*[[Building up an alpha-nitrogen structure |Alpha-nitrogen structure]] | |||
Revision as of 09:47, 30 October 2007
Crystaline phases consist of atoms, or molecules, occupying nodes of lattices. Lattices are also interesting as starting configurations for dense disordered phases.
Building a lattice
Here are some ordered structures that are used as starting configurations in the computer simulation of condensed matter. The descriptions are provided with a view to the writing of numerical codes; in other words, a rigorous crystallographic formalism should not be expected.