From Frozen Solutions TRIZ Cases
- N-Type Silicon Composition Control for Low-Defect Solar Substrates
Controlled donor-acceptor and carbon-oxygen ratios in mono-like casting improve n-type silicon substrate quality and solar cell efficiency.
- Crystal Growth Temperature Gradient Control for Stable Interfaces
Movable melt heating and controlled seed-crystal water cooling stabilize the growth interface and cut crystal defects and stress.
- Movable Heater Setting for Polysilicon Crystal Growth
Moving the heater relative to the crucible establishes precise thermal gradients, reducing thermal stress and lattice defects in polysilicon crystals.
- Lost Wax Casting Mold Heating via Exothermic Gas Oxidation
A heat transfer gas containing exothermically oxidizable components heats the ceramic mold above the coolant level to maintain molten metal temperature.
- Directional Divergence in Casting Solidification Interface
A solidification interface traverses a mold perpendicular to its movement direction.
- Ni-Based Single Crystal Superalloy TCP Phase Control
Ruthenium and niobium additions suppress TCP phase precipitation in the alloy matrix, maintaining high-temperature creep strength.
- Directional Solidification Furnace with Insulated Cooling Zones
Thermally insulated upper and lower cooling zones enable independent temperature control, reducing thermomechanical stresses in turbine blade manufacturing.
- Bulk Metallic Glass Sheet Spinning Cooling Control
Segmented cooling prevents crystallization during spinning, enabling large-area bulk metallic glass sheets with controlled amorphicity.