Conversion In Nuclear Reactor TRIZ Cases

Frangible inner and outer cap sections let manipulators open an irradiation vial in a hot cell while limiting contamination of the target.

Stacked target plates and separator plates ensure uniform neutron exposure, resolving flux variation issues in reactor production.

Phase transformation during hot rolling enables uranium target dissolution in basic solutions, reducing liquid radioactive waste from nitric acid processing.

Rotating spherical iridium targets eliminate radiation anisotropy and improve geometric resolution in nondestructive inspection images.

A holding device arranges targets in compartments to optimize neutron flux exposure.

Consolidating high-purity rare earth oxide powders into dense sintered bodies for stable radioisotope production.

Continuous target retrieval from commercial reactor instrumentation tubes produces medical isotopes without shutdowns or hazardous extraction.

X-rays trigger targeted bond breaking in hazardous compounds to induce controlled decomposition, eliminating personnel safety risks from physical disassembly.

A triboelectric charged particle acceleration device uses separated plates to generate an electric field for particle acceleration.