Nuclear Energy Generation TRIZ Cases

A rotating fusion reactor accelerates neutral atoms using strong magnetic forces to achieve high particle densities for efficient energy production.

A tabletop fusion reactor induces rotational movement of charged particles and neutrals to achieve breakeven energy output.

Segmented C-clamp and induction heating enable remote repair of horizontally installed measuring pipes in narrow reactor spaces.

Conformal curvature in a spacer grid spring increases contact area with fuel rods, reducing fretting wear and stress concentration.

An electrochemical separation mechanism removes accumulated fission products from molten salt by transferring them to a solvent, maintaining reactor purity.

A robotic head with an opening former and gate separates shielding balls from a calandria end shield.

An extended control rod guide assembly provides continuous axial support within nuclear reactor guide tubes to maintain operational stability.

A repair device uses a helical cutting mechanism with an automatic tool switching unit to maintain continuous operation within pipe interiors.

An embedded stainless steel washer secures the biodegradable polyurethane plug against negative pressure, preventing detachment that blocks fuel orifices.

Irradiating polycrystalline superconductors at cryogenic temperatures creates weak magnetic flux pinning sites within the material structure.