Which risk increases with excessive tritium accumulation within a fusion reactor's blanket?

💡 Explanation

Neutron activation probabilities rise because tritium beta decay generates helium-3, which then captures fusion neutrons; the transmutation increases activation, and causes structural embrittlement in nearby components; therefore B rather than affecting plasma confinement or conductivity.

• Which outcome occurs when impurities raise Fermi energy in N-doped semiconductor’s orbitals?
• Which energy transfer occurs when a molecule absorbs specific frequency of infrared radiation?
• Which effect is optimized when designing catalytic converters?
• Which outcome reduces energy production during Helium-3 fusion?
• Which outcome results when photon energy exceeds the work function of a metal surface during photoelectric emission?
• Which phenomenon exaggerates gravitational time dilation near blackholes?