Linked from

The 15 pages that link to Neutron scattering, each with the reason it gives.

• NeutronRelated: Neutrons reveal atomic positions and magnetic behavior inside materials.

• Neutron captureCompared with: Unlike capture, scattering leaves the neutron unabsorbed.

• Neutron diffractionNarrower topic: Diffraction is the elastic, structure-focused part of neutron scattering.

• Elastic scatteringNarrower topic: Elastic neutron measurements reveal static arrangements of atoms and magnetic moments.

• Matter waveRelated: Neutron wavelengths and scattering reveal atomic and magnetic arrangements.

• Elastic collisionRelated: Elastic events reveal atomic structure and motion without changing neutron energy.

• Scattering amplitudeBroader topic: Measured scattering amplitudes reveal nuclear and magnetic structure.

• Neutron moderationNarrower topic: Moderation is the repeated-scattering process that reduces neutron energy.

• Optical theoremRelated: Forward amplitudes can determine total neutron interaction cross sections.

• Neutron radiationRelated: Researchers exploit neutron penetration and nuclear and magnetic interactions to probe materials.

• Bertram BrockhouseNarrower topic: Brockhouse’s inelastic work became a defining branch of this broader experimental method.

• Clifford ShullNarrower topic: This broad technique encompasses the experimental methods Shull developed.

• Neutron imagingRelated: Scattering-based imaging maps structures through deflected neutrons rather than only transmitted ones.

• Accelerators & storage ringsRelated: Accelerator facilities can produce neutron beams for materials research.

• Nucleon magnetic momentRelated: Neutron magnetic interactions help scattering experiments investigate magnetic materials.