Shielding influences material handling of activated components by requiring which combination of measures?

• A. Remote handling, shielding, and regulatory controls; influencing material selection and design to minimize activation.
• B. Immediate on-site transport with no special controls.
• C. Increased neutron flux to speed up operations.
• D. Lower safety requirements due to shielding.

Answer: (B)

Handling activated components safely requires a layered approach that reduces radiation exposure through engineering and administrative controls. Remote handling keeps workers out of the high-radiation area, shielding lowers the dose rate during manipulation, and regulatory controls enforce safe procedures, licensing, transport, storage, and disposal. This combination not only protects personnel but also guides design choices, such as selecting materials with lower activation potential and shaping components to minimize activation and radiation streaming. Together, these measures align with safety practices like ALARA and regulatory requirements, ensuring safe material handling and compliance. Options proposing immediate on-site transport with no special controls would expose workers to undue radiation; increasing neutron flux would raise activation and dose rather than mitigate them; and lowering safety requirements contradicts fundamental safety and regulatory standards.