Molybdeum Compounds TRIZ Cases
- High-Entropy DRX Cathodes With Reduced SRO for Li-Ion Transport
Using five or more transition metals, this DRX cathode composition suppresses short-range order to improve lithium percolation, capacity, and rate performance.
- Lithium Manganate Cathode Surface Modification for High-Temperature Cycling
In-situ bismuth and molybdenum salt modification forms a protective cathode surface that improves high-temperature cycling in energy storage batteries.
- Fiber Collimator Calibration Using Mirror Feedback Power Maximization
A flat mirror, optical circulator, and power meter calibrate fiber collimators by maximizing returned power without interferometers.
- Fiber Collimator Calibration by Reflected Power Maximization
A flat mirror and power meter calibrate a fiber collimator by tuning fiber position to the reflected power peak, cutting setup complexity.
- Molybdenum Silicide Layer Formation for Low-Resistance Contacts
An in-situ molybdenum deposition and silicon-gas conversion route lowers contact resistance while simplifying semiconductor silicide processing.
- Self-Doped Ferrous Molybdate Anode from Waste Catalyst Recycling
Waste catalyst is converted into self-Al-doped ferrous molybdate anode material through calcination, water leaching, and hydrothermal synthesis.
- Niobium Tungsten Oxide Electrodes for Fast-Charging Li-Ion Cells
Niobium tungsten oxide electrodes improve lithium diffusion for fast charging while preserving volumetric energy density and reducing side reactions.
- Mn-Activated Oxidohalide Phosphors for Warm White LED Red Emission
Oxidohalide Mn(IV) phosphors boost UV-blue absorption, red emission, and stability to enable warm white LEDs with high color rendering.
- Tetragonal Composite Oxide Anode for High-Capacity Li-Ion Batteries
A tetragonal Li-Ti-Nb oxide anode raises lithium insertion capacity and operating potential to improve energy density while resisting dendrite formation.
- Nonperiodic Composite Oxide Anode for High-Capacity Li-Ion Cells
Mixed-size rhenium oxide blocks in a nonperiodic composite oxide increase lithium insertion capacity while preserving battery stability and cycle life.
- Tetragonal Composite Oxide Anode for Dendrite-Resistant Li-Ion Batteries
A tetragonal Ti-Nb-W/Mo composite oxide anode raises operating potential to suppress lithium dendrites while preserving reversible capacity.
- Phosphorus-Controlled Alumina Particles for High-Aspect Crystal Shapes
Using phosphorus with a molybdenum flux controls α-alumina into plate-like or card house-like particles for better reflection and fluidity.
- Ln2ABO8 Barrier Coatings for CMAS- and Steam-Resistant Turbines
Ln2ABO8 barrier coatings form a stable surface layer that resists CMAS deposits and high-temperature steam in gas turbine components.
- Zinc Molybdate Particle Composition for Low-Loss Semiconductor Fillers
Controlled oxygen combustion forms high-circularity, high-purity zinc molybdate particles with low permittivity and dielectric loss for semiconductor fillers.
- Titanium-Molybdate Processing for Porous Tc-99m Release
Acid reaction, pH precipitation, crystallization, milling, and washing produce Ti-Mo particulates that release at least 90% of technetium.