Nuclear Targets TRIZ Cases
- Burst-Mode Chirped Pulse Amplification for Optics-Safe Energy Scaling
Nanosecond pulse bursts and angular multiplexing raise hot electron and secondary radiation yield while avoiding nonlinear distortion and optics damage.
- Thin Foil Beamline Isolation Window for Low-Scattering Irradiation
A thin low-Z beamline window preserves vacuum isolation while cutting beam scattering, energy loss, and cooling complexity.
- Lithium Passivation Regions for Neutron Target Diffusion Control
A composite aluminum and lithium fluoride barrier limits lithium diffusion and oxidation while preserving neutron generation efficiency.
- Neutron Beam Filtration for BNCT Energy and Radiation Purity
See how layered filtration and shielding shape an epithermal neutron beam for BNCT while limiting thermal, rapid neutron, and gamma contamination.
- Stabilized Diode Radiation Source with Rotating Target Heat Management
Spiral electrode contours and rotating target cooling stabilize high-power radiation while limiting hot spots and material erosion.
- Graphene Composite Target for Laser-Driven Ion Acceleration
A graphene thin film scaffold supports fragile ultra-thin targets against pre-pulse laser damage, maintaining high ion acceleration efficiency.
- Modular Neutron Beam Shaping Assembly for Tumor-Specific Therapy
Segmented moderator and reflector assemblies customize epithermal neutron spectra to match specific tumor depths, overcoming fixed integral structures.
- Photoneutron Source Collimation for Inspection Yield
A photoneutron source uses a modulation housing to collimate neutron beams from an X-ray target.
- Neutron Target Cooling via Protruding Surface Geometry
A heat dissipation structure uses a protruding surface to accelerate cooling fluid flow across a neutron beam target.