Neutron STEM Lab

Materials Science

Crystal structure, mechanical behavior, phase transformations, polymers, composites, functional properties, corrosion, processing, and materials selection.

Crystal unit cell, diffraction planes, and diffusion concentration profile.
Materials Sciencebetaintermediate

Atomic Structure & Diffusion Workbench

Explore crystal structures, lattice planes, diffraction, defects, alloy density, and atomic diffusion.

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Galvanic couple, oxide layer, coating, and degradation curves.
Materials Sciencebetaintermediate

Corrosion & Degradation Workbench

Explore electrochemical corrosion, oxidation, coating life, accelerated aging, fatigue damage, and environmental cracking.

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Thermal gradient, electric field, magnetic response, and optical attenuation.
Materials Sciencebetaintermediate

Functional Materials Workbench

Explore thermal, electrical, dielectric, magnetic, thermoelectric, and optical material properties.

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Searchable materials cards with a detailed property and selection panel.
Materials Sciencebetaintroductory

Materials Reference Center

Search detailed material classes, crystal structures, defects, processing, testing, failure modes, and units.

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Stress-strain curve, crack, hardness indent, and fatigue trend.
Materials Sciencebetaintermediate

Mechanical Properties & Failure Workbench

Reduce mechanical-test data and explore elasticity, hardness, fatigue, creep, fracture, and strengthening.

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Binary phase diagram, heat-treatment cycle, and microstructure symbols.
Materials Sciencebetaintermediate

Phase Diagrams & Heat Treatment Workbench

Explore phase fractions, transformations, grain growth, case depth, tempering, and hardenability.

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Polymer chains and aligned fibers with property graphs.
Materials Sciencebetaintermediate

Polymers & Composites Workbench

Explore molecular weight, glass transition, crosslinking, composite density, stiffness, CTE, and load transfer.

Open tool