Wolfram Demonstrations Project
Materials Science
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Demonstrations 181 - 200 of 249
Critical Thickness of InsulationReciprocal Lattice 2DBrowser of Lattice DataNavier Solution for a Singularly Loaded Kirchhoff Rectangular PlateThe 2D Ising Model Monte Carlo Simulation Using the Metropolis Algorithm
Critical Thickness of Insulation
Reciprocal Lattice 2D
Browser of Lattice Data
Navier Solution for a Singularly Loaded Kirchhoff Rectangular Plate
The 2D Ising Model Monte Carlo Simulation Using the Metropolis Algorithm
Co-Sputtering Simulation (CO-SS)Steady-State 1D Conduction through a Composite WallA Two-Phase Anneal: The Beauty of Interface DynamicsThermal Distribution in an Optical Fiber with Heat SourceEstimating Fluid Temperature for Contraction of a Metal Cylinder
Co-Sputtering Simulation (CO-SS)
Steady-State 1D Conduction through a Composite Wall
A Two-Phase Anneal: The Beauty of Interface Dynamics
Thermal Distribution in an Optical Fiber with Heat Source
Estimating Fluid Temperature for Contraction of a Metal Cylinder
Metallicity Condition and Electronic Density of States in Achiral Single-Walled Carbon NanotubesEffect of B-Factor on X-Ray ScatteringMultilayer Photonic BandgapPhonon Dispersion Relation in Brillouin ZoneAngle of Torsion in the Elastic Range
Metallicity Condition and Electronic Density of States in Achiral Single-Walled Carbon Nanotubes
Effect of B-Factor on X-Ray Scattering
Multilayer Photonic Bandgap
Phonon Dispersion Relation in Brillouin Zone
Angle of Torsion in the Elastic Range
Estimating the Contraction of a Cooled Cylinder Assuming a Constant Coefficient of Thermal ExpansionCubic Crystal Latticesbct-CarbonDrude-Lorentz Model for Dispersion in DielectricsSpace-Filling Tetrahedra
Estimating the Contraction of a Cooled Cylinder Assuming a Constant Coefficient of Thermal Expansion
Cubic Crystal Lattices
bct-Carbon
Drude-Lorentz Model for Dispersion in Dielectrics
Space-Filling Tetrahedra

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