Wolfram Demonstrations Project
Materials Science
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Demonstrations 61 - 80 of 244
Comparing Resistances of Wires of Different Compositions, Dimensions and TemperaturesOptical Selection Rules for Zigzag Graphene NanoribbonsKoch Curve Randomization and Crystal Edge DisorderRotating Crystal Method for 2D Lattices Using Ewald's CircleLaue's Method for 2D Lattices Using Ewald's Circle
Comparing Resistances of Wires of Different Compositions, Dimensions and Temperatures
Optical Selection Rules for Zigzag Graphene Nanoribbons
Koch Curve Randomization and Crystal Edge Disorder
Rotating Crystal Method for 2D Lattices Using Ewald's Circle
Laue's Method for 2D Lattices Using Ewald's Circle
Lorentz Oscillator Model for Optical ConstantsTransient Cooling of Composite SolidsElastic Recovery after Plastic Deformation of MetalsTransient Heat Conduction with a Nuclear Heat SourceJiles-Atherton Model of Magnetic Hysteresis
Lorentz Oscillator Model for Optical Constants
Transient Cooling of Composite Solids
Elastic Recovery after Plastic Deformation of Metals
Transient Heat Conduction with a Nuclear Heat Source
Jiles-Atherton Model of Magnetic Hysteresis
Defects in an Optical FiberMohr's Circle and Stress TransformationsHeat Transfer in FinsYield under a Rigid Toroidal IndenterShear-Angle Models for Oblique Metal Cutting
Defects in an Optical Fiber
Mohr's Circle and Stress Transformations
Heat Transfer in Fins
Yield under a Rigid Toroidal Indenter
Shear-Angle Models for Oblique Metal Cutting
Conduction through a Composite WallDurometer Hardness of Rubber Table Tennis BladesCluster of 195 SpheresA Model for Monomer and Micellar Concentrations in Surfactant SolutionsInteraction Energies between Spherical Colloidal Particles in a Symmetric Electrolyte Solution
Conduction through a Composite Wall
Durometer Hardness of Rubber Table Tennis Blades
Cluster of 195 Spheres
A Model for Monomer and Micellar Concentrations in Surfactant Solutions
Interaction Energies between Spherical Colloidal Particles in a Symmetric Electrolyte Solution

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