article

"Special points for Brillouin-zone integrations"—a reply

Physical review. B, Solid state · 1977 · Vol. 16(4) · pp. 1748–1749

J.D. Pack✉(University of Utah)Hendrik J. Monkhorst(University of Utah)

Abstract

It is again emphasized that for all cubic lattices the method of Monkhorst and Pack generates not only point sets identical to those obtained by Chadi and Cohen, but also intermediate sets with the same properties. In addition, a comparison of these two methods for the hexagonal lattice reveals our method to be more flexible and efficient.

Photorefractive and Nonlinear Optics Nonlinear Optical Materials Studies Copper Interconnects and ReliabilityBrillouin zoneHexagonal crystal systemLattice (music)Hexagonal latticePoint (geometry)PhysicsCondensed matter physicsTheoretical physicsCombinatoricsStatistical physics

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