Linked from

The 16 pages that link to Radiation shielding, each with the reason it gives.

• Radiation protectionBroader topic: Shielding is a central engineering control in facilities and equipment.

• Compton scatteringRelated: Compton scattering is a major interaction of energetic photons in shielding materials.

• Pair productionRelated: At high photon energies, pair production contributes to attenuation in shielding materials.

• Radioisotope thermoelectric generatorRelated: Shielding limits radiation reaching spacecraft instruments and, during preparation, personnel.

• Radioactive wasteRelated: Shielding limits exposure during storage, transport, and processing.

• TungstenRelated: Tungsten’s high density allows compact shielding against X-rays and gamma rays.

• Radiation damageCompared with: Shielding prevents or limits the irradiation that would otherwise damage components.

• Spent nuclear fuelRelated: Shielding limits radiation exposure during spent-fuel handling and storage.

• Beta particleNarrower topic: Low-atomic-number materials such as plastic can shield beta radiation while limiting bremsstrahlung.

• Depleted uraniumRelated: Depleted uranium’s density makes it useful for shielding some forms of radiation.

• Nuclear engineeringRelated: Shield design balances attenuation, weight, heat, and secondary radiation.

• Radiation (physics)Related: Different radiation types require different materials and thicknesses for protection.

• Radioactive sourceRelated: Shielding limits radiation reaching people or equipment near a source.

• Rolf Maximilian SievertRelated: Dose measurements help assess how effectively shielding protects people.

• ThorianiteCompared with: Unlike shielding materials, thorianite is itself a radioactive source requiring careful handling.

• Atomic batteryRelated: Shielding protects equipment and nearby people, while adding mass and limiting emitted energy.