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The 13 pages that link to Radiation damage, each with the reason it gives.

• Electron microscopyRelated: Electron irradiation can alter or destroy the very structures being imaged.

• ZirconRelated: Uranium and thorium decay can damage zircon and affect its resistance to alteration.

• Point defectRelated: Energetic particles displace atoms and generate vacancies and interstitials.

• Cryo-electron microscopyRelated: Electron exposure damages specimens, forcing a tradeoff between signal and preservation.

• Absorbed doseRelated: Absorbed dose helps quantify the energy input associated with material changes.

• Frenkel defectRelated: Energetic collisions can displace atoms from lattice sites and generate vacancy–interstitial pairs.

• ThermochronologyRelated: Damage can alter helium diffusion, complicating the relationship between mineral age and temperature.

• Fluorite structureRelated: Fluorite oxides are studied for how their lattices respond to radiation and retain fission products.

• Interstitial defectRelated: Radiation can create interstitial atoms alongside vacancies and drive their evolution.

• X-ray detectorRelated: Accumulated exposure can alter detector sensitivity, noise, and calibration.

• Neutron radiationRelated: Neutron collisions can displace atoms and degrade materials used near intense sources.

• Crystallographic defectRelated: Displaced atoms create vacancies and interstitials within crystal lattices.

• AntozoniteRelated: Radioactive impurities in antozonite can create defects that trap reactive species.