Nanoinformatics TRIZ Cases

A nanocomposite film with a pseudo-2D matrix reduces contact resistance while providing wear protection against sliding friction.

A difluoro benzotriazolyl polymeric material enhances solar cell performance through optimized molecular design.

Channel hot electron injection eliminates high voltage requirements, resolving reliability contradictions while enabling scalable memory density.

A drop recipe database stores optimized parameters selected from defect inspection results to accelerate semiconductor manufacturing workflows.

Trenched substrates with distinct bottom materials resolve the trade-off between manufacturing precision and device complexity for scalable quantum computing.

An uppermost semiconductor channel layer with a distinct thickness reduces threshold voltage variability in gate-all-around transistors.

Oxidizes a top magnetic layer using a conductive capping pattern as a mask to form precise magnetic patterns.

Segmented inner spacers combine low-k dielectrics with etch-stop layers to reduce parasitic capacitance while preventing structural defects.

Imprint lithography replicates nano-shapes using polymerizable materials and energy sources to form precise relief patterns.

Novolak resin ink with gallate additives preserves pattern accuracy at 90-250°C, preventing deformation.

Gold nanoparticles bond antibody molecules to electrodes via self-assembly, resolving reproducibility challenges in molecular electronics.

Patterned magnetic recording medium arranges data islands in radially-spaced hypertracks to increase areal data density.

Composite Ru-Si alloy and SiO2 layers maintain reflectance while resisting ozone-water cleaning damage.

Nonplanar porphyrins increase open-circuit voltage and reduce resistivity to overcome short exciton diffusion lengths.

A multilayer silicon nanocrystal structure segments particle sizes to control energy barriers.

Embed inorganic nanowires into a cross-linked polymer matrix to resolve the trade-off between surface hardness and electrical conductivity stability.

Parallel carbon nanotube transistors provide active impedance matching, eliminating large passive networks and enabling wideband power transfer.

A nanowire-based gate all-around transistor structure varies effective gate width by rendering specific channel segments inactive through severing or burial.

Ammonium sulfide etchants preserve rectangular nanowire geometry by preventing oxidation during release.

Three-dimensional polycrystalline semiconductor material with nanoscale grains induces quantum-size effects to form a three-dimensional electron gas.

Segmented EUV mask fabrication reduces MEEF for horizontal lines, enabling 7-nm node precision.

A rectangular surround gate vertical field effect transistor wraps the channel to improve on-current.

Segmenting the stamp into a rigid carrier and thin PDMS layer resolves manufacturing precision trade-offs, enabling distortion-free large-area imaging.

Reducing the buffer layer thickness below 2 μm resolves lattice mismatch strain while preventing substrate bowing during nitride semiconductor fabrication.

A microstructured vacuum surface holds the stamp carrier while enabling uniform UV light exposure.

Silicon oxide nanowires disperse in amorphous silicon carbide matrices to create permeable structures.

Partial vacuum channels in the template prevent oxygen poisoning and reduce fill time, resolving contradictions between pattern quality and device complexity.

A multilayer EUV mirror uses a phase-shifting third layer group to stabilize reflectivity across varying angles of incidence.

Graded multilayer optics redirect unused X-rays via total internal reflection, increasing flux intensity without compromising target integrity.

A white light source combines quantum dot and phosphor materials to down-convert short-wavelength LED emission into a broad spectrum.

Evaporation deposits nanowires directly onto a crystalline hexagonal boron nitride insulating layer supported by a catalyst metal film.

Nested nanorods confine quantum dots, reducing crystal defects and simplifying manufacturing while enhancing light emission efficiency.

Staggered nano-fins connect to common contacts, mitigating pattern-mismatch and improving yield in high-density memory devices.

P-type silicon sacrificial gates expand in isolation regions, preventing collapse and ensuring stable nanosheet transistor structures.

Controlled heat treatment forms oxide films on spacers, reducing parasitic capacitance and improving electrical reliability.

An intermediate polymer stamp decouples template creation from substrate production, reducing wear and increasing throughput.

Segmenting lead layers reduces resistance in shielding films, improving signal-to-noise ratio for higher recording density.

Silicon nanowires exhibit negative differential resistance through phonon scattering to enable stable current-voltage characteristics at nanometer scale.

Ordered nucleation layer with repetitive Ru-containing sites guides granular Co alloy grain growth for uniform size and perpendicular magnetic anisotropy.

Fluid separation between substrate and stage eliminates blur caused by stage flatness, reducing manufacturing costs.

One-step plasma process forms uniform heterojunctions at low temperatures, eliminating polymer transfer residues and improving reproducibility.

A gate-all-around semiconductor device structure enhances channel current control through a metal gate wrapping the channel.

Heteroepitaxial growth on a nanostructured pedestal seed area prevents threading dislocations and manages strain in scaled transistors.

Selective metal coupling differentiates chemically similar subunits, enabling reliable pattern transfer into substrates despite etch resistance trade-offs.

A meandering imprint sequence prevents adjacent pattern repetition to stabilize template temperature and reduce magnification errors.

A carbon nanotube thin film transistor structure enables low-temperature fabrication on flexible substrates.

Tilted doping of nanowire channels and high-k dielectrics lowers resistance and capacitance while managing structural complexity.

A spectral purity filter transmits extreme ultraviolet radiation and deflects non-EUV secondary radiation, reducing heat load on the lithographic apparatus.