Which risk increases when tritium isotopes decay within fusion reactor walls?

💡 Explanation

Neutron embrittlement accelerates because helium generated by beta decay of tritium in the steel accumulates at grain boundaries, thus causing accelerated crack propagation rather than alternate outcomes confined to the plasma itself or coolant.

• Which risk increases following tritium beta decay in fusion reactor breeding blankets?
• Which mechanism causes increased current flow when a superconducting nanowire cools?
• Which mechanism explains accelerated material corrosion at stress concentrators?
• Which mechanism dictates electron spatial probability around carbonyl carbons?
• Which risk increases when control rods fail during cooling?
• Which molecular behavior arises when applying an external electric field to liquid hydrofluoric acid (HF)?