Boron/Borides TRIZ Cases
- Silicon Infiltration of Porous Battery Particles With Controlled ΔT
Controlling ΔT during silicon vapor infiltration keeps deposition inside porous battery particles, reducing reactor soiling and improving homogeneity.
- Silicon-Infiltrated Battery Particles With Controlled CVI Temperature Gradient
Controlling the CVI temperature differential and preheating porous particles keeps silicon deposition in pores, reducing reactor flaking and soiling.
- Boronizing Powder Composition for Deep Single-Phase Fe2B Layers
A tuned boronizing powder slows boron flux to form deeper single-phase Fe2B layers with lower fracture risk in steel tubes and pipes.
- Amorphous Silicon Film Crystallization Resistance via Dopant Doping
Boron, carbon, or phosphorous doping stabilizes amorphous silicon against crystallization during thermal annealing, ensuring material uniformity.
- Plasma Synthesis of Nanopowders Using Renewable Gaseous Condensation Front
Replacing solid surfaces with a laminar gaseous condensation front stabilizes temperature, controlling particle morphology and reducing agglomeration.