Titanium Dioxide TRIZ Cases
- Low-Temperature Charge Storage Materials for Flexible Electrochromics
Solution-processed metal oxides, bronzes, and polyoxometalates enable transparent charge storage below 150°C for flexible electrochromic films.
- Amorphous TiO2 Precursor for Room-Temperature Phase Patterning
Controlled optical or electron-beam illumination turns amorphous TiO2 into anatase, rutile, or mixed phases at room temperature.
- Synthetic Rutile Pelletizing for Fine Ilmenite Upgrading
Binding fine ilmenite into porous pellets enables lower-energy reduction and leaching to make synthetic rutile suitable for fluidized bed chlorination.
- Low-Temperature Metal Oxide Charge Storage for Electrochromic Films
Low-temperature metal oxide charge-storage materials support transparent, flexible electrochromic devices without high-temperature processing.
- Anatase Titanium Oxide Powder for Stable Electronic Device Dispersions
Hydrolysis and 70%–100% humidity drying produce anatase powder that disperses uniformly for electronic device materials.
- Titanium Oxide Dispersion Stability via Composite Surface Treatment
Composite surface treatment of titanium oxide particles with silane coupling agent and 12-hydroxystearic acid enables stable organic solvent dispersion.
- Titania Porous Body with Dual Pore Structure for Protein Separation
A titania porous body combines bulk macropores and surface pores to enable therapeutic protein separation.
- Flash Sintering of Nanocrystalline Ceramics for Enhanced Deformability
Flash sintering nanocrystalline ceramics resolves the strength versus deformability trade-off by retaining nanograins while achieving full density.
- Titania Zirconia Particles for Electrophoretic Display Dark State
Zirconia-treated titania particles improve dark state contrast and prevent settling, ensuring long-term image quality.
- TiO2 Nanocrystal Synthesis with In-Situ Capping
In-situ capping during TiO2 nanocrystal synthesis prevents aggregation, enabling high-loading dispersions with minimal light scattering.
- Aqueous TiO2 Nanoparticle Synthesis via Citric Acid Chelation
Citric acid chelates titanium ions in water to form stable complexes, eliminating organic solvents and harsh conditions for scalable production.
- TiO2 Nanoshell Co-Matrix for Peptide Enrichment in Mass Spectrometry
TiO2 nanoshell particles serve as a co-matrix to enhance laser desorption and ionization efficiency for peptide detection.
- Cr(VI) Reducing Mixture Using Iron Silicate and Ferrous Sulphate
Combining iron silicate with ferrous sulphate raises Fe(II) levels to 17%, lowering dosage requirements and logistical costs.
- Titanium Oxide Dispersion Stability via Silane Surface Treatment
Treating titanium oxide particles with silane coupling agents and 12-hydroxystearic acid prevents viscosity increase and precipitation in organic solvents.
- Polymer Encapsulated TiO2 Particles Freeze-Thaw Stability
Multistage polymerization with acid monomers enhances freeze-thaw stability in pigment composites.
- Two-Dimensional Titanium Dioxide Nanomaterial for Solar Steam Generation
A two-dimensional titanium dioxide nanomaterial absorbs sunlight and converts it to thermal energy for solar steam generation.
- One-Step Vanadium-Titanium-Iron Concentrate Separation
Roasting and water leaching vanadium-titanium-iron concentrate to produce pig iron, titanium slag, and vanadium solution in a single step.
- Dye-Sensitized TiO2 Colloids for Full-Color Optical Shifting
A dye-sensitized TiO2 colloidal liquid reproduces full color via optical stimulus without electrical power.