<--- Back to Details
First PageDocument Content
Lattice points / Diamond cubic / Lattice / Integer lattice / Vector space / Projection / Fokker periodicity blocks / Algebra / Mathematics / Abstract algebra
Date: 2008-09-18 10:04:52
Lattice points
Diamond cubic
Lattice
Integer lattice
Vector space
Projection
Fokker periodicity blocks
Algebra
Mathematics
Abstract algebra

Isometric Diamond Subgraphs David Eppstein

Add to Reading List

Source URL: www.ics.uci.edu

Download Document from Source Website

File Size: 1,41 MB

Share Document on Facebook

Similar Documents

Crystallography / Lattice / Diamond cubic / Laves graph / Space group / Covering graph / Toshikazu Sunada / Crystal structure / Random walk / Dipole graph / Periodic graph

Crystals That Nature Might Miss Creating Toshikazu Sunada N

DocID: 1pJ36 - View Document

Emerging technologies / Chemical elements / Reducing agents / Monolayers / Superhard materials / Graphene / Potential applications of graphene / Carbon / Materials science / Diamond / Boron / Solid

New Diamond-like Cubic Spinel Carbon: Low Density High Strength Solid Minseob Kim, Jing-Yin Chen, Dane Tomasino, and Choong-Shik Yoo Department of Chemistry and Institute for Shock Physics, Washington State University, P

DocID: 1oYon - View Document

Crystallography / Crystals / Diamond simulants / Gemstones / Ceramic materials / Crystal / Cubic zirconia / Epitaxy / Zirconium dioxide / Single crystal / Diamond / Silicon carbide

American Association for Crystal Growth Spring 2012 Vol. 37, Issue 1 AACG newsletter EDITOR

DocID: 1nO5n - View Document

Matter / Manufacturing / Gemological Institute of America / Cubic zirconia / Carbon / Chemistry / Diamond / Gemstones

April 20, 2014 When Diamonds Are Dirt Cheap, Will they Still Dazzle? Robert H. Frank As a seventh grader, I was lucky to land the job of ball boy for the

DocID: 1goCE - View Document

Crystal structure / Lattice / Molecular dynamics / Wurtzite / Diamond cubic / Phonon / Self-assembly / Chemistry / Crystallography / Wurtzite crystal structure

PHYSICAL REVIEW E 75, 031403 共2007兲 Synthetic diamond and wurtzite structures self-assemble with isotropic pair interactions 1 Mikael C. Rechtsman,1 Frank H. Stillinger,2 and Salvatore Torquato2,3,4

DocID: 18d7N - View Document