Wolfram Demonstrations Project
Crystallography
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Demonstrations 21 - 40 of 98
PolyhedraneAn Expanding Structure Based on the Diamond LatticeZigzag-Shaped Graphene NanoribbonsPowered Clique PolyhedraRotating Crystal Method for 2D Lattices Using Ewald's Circle
Polyhedrane
An Expanding Structure Based on the Diamond Lattice
Zigzag-Shaped Graphene Nanoribbons
Powered Clique Polyhedra
Rotating Crystal Method for 2D Lattices Using Ewald's Circle
Laue's Method for 2D Lattices Using Ewald's CircleCluster of 195 SpheresElastic Properties of Diamond-Like CrystalsTriply Periodic Minimal SurfacesAnisotropic Elasticity for HCP Crystal Structures
Laue's Method for 2D Lattices Using Ewald's Circle
Cluster of 195 Spheres
Elastic Properties of Diamond-Like Crystals
Triply Periodic Minimal Surfaces
Anisotropic Elasticity for HCP Crystal Structures
Crystallographic Point GroupsPole Figures in CrystallographyQuasicrystalsPhonon Modes for 2D Lattice VibrationsLaue Diffractograms in Crystallography
Crystallographic Point Groups
Pole Figures in Crystallography
Quasicrystals
Phonon Modes for 2D Lattice Vibrations
Laue Diffractograms in Crystallography
Matrix Transformations in Crystallography2D Acoustic Velocities in Crystalline MaterialsCoordinate Transformation of a-Matrix and alpha-MatrixModeling the Atomic Structure of an Ice CrystalReticular Planes in a Cubic Lattice of Parallel Wires
Matrix Transformations in Crystallography
2D Acoustic Velocities in Crystalline Materials
Coordinate Transformation of a-Matrix and alpha-Matrix
Modeling the Atomic Structure of an Ice Crystal
Reticular Planes in a Cubic Lattice of Parallel Wires

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