Selenium/Tellurium Compunds TRIZ Cases
- Pixelated Radiation Detector Anodes via Ultrafast Laser Ablation
Ultrashort laser ablation patterns continuous metal films into precise pixelated anodes for halide perovskite detectors without solvent damage.
- Cadmium-Free Core-Shell Quantum Dots With Low Te Oxide
A Zn-Te-Se core and zinc chalcogenide shell limit Te oxide formation, preserving narrow emission and stable cadmium-free display quantum dots.
- Hydrazine-Free Selenium Ink for CIGS Solar Cell Deposition
A selenium ink with a traceless reducing agent forms a stable dispersion for substrate deposition.
- Selenium Group 1B Ink for Tailorable CIGS Deposition
Liquid-based selenium and Group 1b ink replaces costly vacuum systems, enabling high-throughput CIGS manufacturing with customizable composition.
- Isotope Displacement Refining for Low Alpha Materials
A method adding low alpha lead to metal before refining separates lead and reduces 210Pb concentration.
- Lead-Tellurium Oxide Paste for Solar Cell Contacts
Lead-tellurium oxide eutectic replaces insulating glass frits to lower contact resistance in solar cell contacts.
- Hydrazine-Free Selenium Ink for CIGS Photovoltaic Deposition
A selenium ink with a stable chemical compound disperses in a nitrogen-containing liquid carrier to deposit material on substrates.