Each sphere in an fcc lattice has coordination number 12.

The fcc lattice is also known to mathematicians as that generated by the A root system.

Zinc blende/sphalerite is based on a FCC lattice of anions.

Question: the bond thresholds for the HCP and FCC lattice agree within the small statistical error.

The reciprocal lattice to a BCC lattice is the FCC lattice.

The Raman data on dodecahedrane are compared with earlier results and calculations, which support the Ih symmetry for the molecule and an fcc lattice for the crystal.

The Brillouin zone of the FCC lattice in the figure on the right has the 48 fold symmetry of the point group O with full octahedral symmetry.

Monosulfides, 1.6 Cu/S 2: their crystal structures consist of isolated sulfide anions that are closely related to either hcp or fcc lattices, without any direct S-S bonds.

Mass-scale 3D photonic crystal films and fibres can now be produced using a shear-assembly technique that stacks 200-300 nm colloidal polymer spheres into perfect films of fcc lattice.

The structure of stabilized plutonium at room temperature is the same as unstabilized at δ-phase temperature, with the difference of gallium atoms substituting plutonium in the fcc lattice.

Neutron diffraction studies have shown that hydrogen atoms randomly occupy the octahedral interstices in the metal lattice (in a fcc lattice there is one octahedron hole per metal atom).

For instance, an impurity atom I with 4 nearest lattice atom A neighbours (at equal distances) in a FCC lattice is in a tetrahedral symmetry position, and thus can be called a tetrahedral interstitial.

This can be observed in the brittleness of martensitic steel, obtained by quenching and used for instance in files (body-centered tetragonal lattice) in comparison with the toughness of austenitic steel, obtained by tempering (fcc lattice).