Conversion Outside Reactor/Accelerators TRIZ Cases

A beryllium multiplier assembly transforms alpha decay energy from californium-252 into high-energy neutrons.

Electrostatic accelerator drives neutron generation in molten salt to transmute long-lived nuclear waste into stable nuclides.

A graphite film target with high thermal conductivity diffuses heat to prevent deformation and minimize radioactivation.

Aluminum telluride target resolves thermal property limitations of elemental tellurium, enabling high yield iodine-124 recovery via dry distillation.

Concentric electrodes confine ions in stable elliptical orbits, reducing electron-ion collision losses and enabling net-positive energy output.