Nanotechnology TRIZ Cases
- Composition comprising cellulose nanofiber and lignin or complex of these components, and method for producing lignocellulose-derived material
See how sulfate esterification strengthens cellulose-lignin interactions, improves moldability,
- Animal leather fiber bundle having nanoscale branches, yarn, core-spun yarn and product
See how liquid defibrillation creates nanoscale branches on collagen fibers from leather waste,
- Coating with smart sub-ambient radiative cooling
See how a composite TiO2-fluorescent coating achieves 6°C daytime cooling while suppressing nig
- Animal leather fiber bundles, yarns, core-spun yarns and products with nanoscale branches
See how liquid defibrillation and carding expose nanoscale branches on collagen fiber bundles,
- Spark Ablation RLC Circuit for High-Frequency Nanoparticle Generation
A modified RLC circuit raises spark frequency while preserving small conductive nanoparticle output for higher-rate nanomaterial synthesis.
- Nano-Photonic Lens Array Image Sensor Without Demosaicing Loss
Wavelength-selective nano-structures route and focus light onto dedicated pixels, improving light use and preserving resolution without demosaicing.
- Vertically Aligned Nanowire Growth on Curved Conductive Surfaces
A semi-solid electrolyte presses a soft template onto rough conductive surfaces, enabling uniform nanowire growth without parasitic metal films.
- Magnetic Carrier Coating for Stable Charging and Wear Resistance
A dual graft-resin coating helps magnetic carriers resist contamination and wear, maintaining toner charging, image density, and low fogging over time.
- Nanowire AlN Buffer Substrate for Low-Defect Nitride Deposition
A nanowire template promotes AlN buffer coalescence on a semiconductor wafer, cutting defect density for higher-quality nitride device growth.
- Stress-Configurable Nanostructure Bridging for Tension Control
Controlled arm release over substrate cavities sets nanostructure tension reproducibly, reducing distortion and hysteresis in nanoelectronic components.
- Nano-Photonic Microlens Array for Low-Light Autofocus Image Sensors
A nano-photonic microlens array concentrates light onto isolated 2x2 photosensitive cells to improve low-light sensitivity and autofocus accuracy.