Material Nanotechnology TRIZ Cases

Silicon alkoxide modifies inorganic oxide particles to prevent hydrolysis and ensure long-term stability in organic media.

Solvent-based deposition of functionalized graphene enables wafer-scale fabrication while resolving CMOS compatibility and thickness control contradictions.

A monolithic composite photocatalyst disperses discrete TiO2 nanocrystals within a porous support to maximize reactive site availability.

Ankyrin repeat proteins and streptavidin monomers form stable cross-linked biopolymer networks that mimic natural tissue mechanics.

Graphene sheets form ripples via thermal expansion differences to increase deformation tolerance, preventing mechanical damage during external forces.

Nanoimprint compositions combine nanoparticles with acrylates to resolve the trade-off between low refractive index and processability in lithography.

Amine-epoxide crosslinking creates stable polymer networks that prevent toxic halogenated additives while reducing dangerous melt dripping.

Preliminary plating action resolves seam absence in large-area stamper production, while local pitch variation hides visual seams for superior antireflection.

An oxide semiconductor thin film transistor with a shared counter electrode reduces parasitic capacitance and prevents electrostatic breakdown.

Zinc-based quantum dots emit blue light with high efficiency, eliminating cadmium toxicity while maintaining optical purity.

High-pressure homogenization breaks particle aggregates to achieve 100 nm diameter, preventing re-aggregation through covalent Si-O-Si bonding.

Extracting the catalyst from the interface between carbon nanotubes and graphene reduces contact resistance and signal delay in semiconductor devices.

A color conversion film disperses green and red organic fluorescent substances in a resin matrix to convert blue light into white light.

Composite transition metal oxide nanofibers expand material choices while maintaining high oxygen evolution activity in corrosive acidic media.

Nano-PCR replaces thermal cycling with mechanical force to denature DNA, resolving fidelity trade-offs in difficult sequences.

Vapor phase exposure eliminates solvation constraints, enabling accurate quantification of complex mixed ligand morphologies.

A porous silicate nanocarrier loaded with anti-cancer therapeutics and magnetic ferrite particles enables targeted drug delivery to tumor sites.

Dynamic covalent thermoset nanocomposites resolve mechanical strength versus chemical stability trade-offs in e-skins through reversible bonding.

Self-limited half-bilayer deposition resolves LbL scaling bottlenecks by maintaining uniformity while reducing material waste and processing time.

Neuro-stimulator activates specific nerve fibers while the image capturing device records pupillary responses, resolving subjective assessment limitations.

A thin film forming fluid creates a carbon layer on a template base that dissolves to expose integrated nanostructures.

A polymer layer fills voids in the electron auxiliary layer to suppress ligand detachment and improve reliability.

DNA hybridization anchors nanoparticles to a substrate for selective half-coating.

Replacing organic ligands with inorganic passivation layers on nanocrystal surfaces overcomes insulator effects that limit electron injection in LEDs.

A nanowire structure incorporates semiconductor nanoparticles within its body to enable self-organized functionalization without complex lithography.

A quantum dot manufacturing method uses a patterned array template to guide thermal annealing for precise structural formation.

Applying nanosilica coatings on abraded substrates achieves water-sheeting without complex curing processes.

Heated nano-catalysts affix carbon nanostructures to prevent agglomeration and improve bond strength.

Macro-scale asymmetric surface features manipulate impinging droplets to reduce contact time below theoretical limits.

Vertical alignment of drawn carbon nanotubes on a graphene film resolves disorderly distribution issues, boosting conductivity and light transmittance.

A hybrid process using conjugated polymer extraction followed by inorganic adsorption achieves high purity and yield.

Cleavable bonds in the polymer backbone allow dispersant removal after film formation, resolving sub-optimal conductivity and transparency issues.

A three-way quartz tube microreactor couples plasma discharge with continuous flow to reduce noble metal ions into nanoparticles.

Reflecting surface directs light through plasmonic nanoparticles twice to amplify signal strength, resolving weak signals and high noise in LSPR biosensors.

A multiple feeder reactor synthesizes metal nano-particles using controlled thermal and electromagnetic energy inputs.

Surfactant self-assembly creates bimodal mesoporous and nanoporous oxide structures with precise pore control.

One-step co-gasification eliminates multi-step calcining and annealing, preventing nanoparticle agglomeration during catalyst preparation.

A graphene oxide and single-wall carbon nanotube composite ink forms binder-free electrodes via sonication in deionized water.

Sacrificial templates and etching fabricate precise arrays, reducing lithography complexity.

Superparamagnetic silica particles resolve self-association trade-offs, enabling rapid magnetic collection and high washability for sensitive immunoassays.

Cerium dioxide nanoparticles form through mechanical shearing of cerous ion mixtures.

H2O plasma atmosphere enables nitrogen doping of single-walled carbon nanotubes at low temperatures, reducing impurities and improving crystallinity.

A method forms nanowire field effect transistors with distinct diameters on a single substrate using local quality adjustments.

A nano composite safety toe cap uses modified carbon nanotubes in a resin paste to achieve high pressure resistance.

Electrospun CdS-decorated ZnO nanofibers resolve visible light harvesting limits and photocorrosion to yield 820 μmol/h/g hydrogen.

Dispersed antimony tin oxide nanoparticles replace conductive metal layers to block infrared transmission without blocking radio frequency signals.

An organometallic intermediary coating bonds fluorinated chains to metal housings, preventing fingerprint adhesion while preserving corrosion resistance.

Glass powder and ultrafine nano particles form a reticulated structure that increases reflection surfaces without compromising adhesion.

Embedding nano-particles in a gold alloy sliding track enhances surface hardness through composite material principles.