Organic Chemistry TRIZ Cases

A binaphthyl triarylamine carrier material improves heat resistance, carrier transport, and lifetime in organic EL light-emitting elements.

Low-conductivity solvent chemistry and impurity-resistant storage help suppress defects and maintain stability in advanced semiconductor processing.

A low-EC electrolyte with additive protects cobalt-free Ni-Mn cathodes from collapse and metal elution, improving high-voltage battery life.

Electrolyte additives form a stable ion-conductive film that limits transition metal elution, abnormal voltage drop, and high-temperature battery degradation.

A green-selective organic compound boosts small-pixel image sensor sensitivity with high absorption and stable performance at high temperatures.

Deuterated xanthene and thioxanthene host compounds help phosphorescent OLEDs maintain high triplet energy for better emission efficiency and stability.

Formula I host compounds tune triplet energy levels in OLED organic layers to improve efficiency, power output, and color performance.

Activated carbon decolorization and aqueous washing purify FSI ionic liquids to cut side reactions, reduce flammability, and retain conductivity.

A fluorinated aromatic amine patterning material raises glass transition temperature to suppress unwanted metal film formation during thin film deposition.

A tribenzazole amine capping layer absorbs UV light and tunes refractive index to extend OLED lifetime, efficiency, and viewing angle.

Substituted epoxide 1,3-dipolar grafting improves diene rubber rupture strength while maintaining low hysteresis and easier processing.

Using an imidazole-based charge transfer complex, this case balances epoxy curability, storage stability, and low-viscosity workability.

A sultone-based electrolyte additive builds a thin, low-resistance SEI, lowers flammability, and extends lithium battery life at high temperatures.

Partially fluorinated fluids balance heat transfer, dielectric performance, non-flammability, and very low GWP for electronics cooling.

A heterocyclic aromatic amine capping layer raises OLED refractive index above conventional organics to improve light extraction, efficiency, and lifespan.

Direct battery cooling uses a dielectric fluid tuned for high flash point, low viscosity, and heat transfer to limit ignition and thermal runaway.

A thiosulfate wash forms a protective thio-coating on lithium metal oxide cathodes, removing lithium salt residues without surface damage.

Large-gap triarylamine host materials suppress exciton energy transfer in blue OLEDs, improving color purity, luminous efficiency, and pixel material reuse.

An imidazole-based electrolyte additive stabilizes the SEI, suppresses metal ion elution, and reduces gas-driven swelling in lithium cells.

A film-forming electrolyte additive stabilizes the silicon anode interface, suppresses decomposition, and extends lithium battery life.

Specific electrolyte additives and low ethylene carbonate suppress cathode collapse and metal elution in cobalt-free Li batteries at high voltage.

An imide-linked organic film material improves substrate filling, planarization, adhesion, and dry etch resistance in multilayer resist patterning.

Modified DMTD derivatives improve polar-solvent solubility and redox reversibility in flow battery electrolytes while easing synthesis and reducing waste.

An amine curing accelerator shortens gel polymer electrolyte curing to 10-50 minutes while preventing electrolyte leakage in secondary batteries.

A fluorinated Formula 1 electrolyte additive lowers flammability while preserving ion transport, oxidative stability, and cycle life in Li-ion batteries.

An exciplex-forming organic EL layer boosts high-luminance emission efficiency and extends element lifetime with tuned host molecular structure.

Multifunctional core and dendrimer calibrants expand CCS and m/z coverage with low CCS dispersity for more precise IM-MS calibration.

A heterocyclic OLED emissive compound improves photoluminescence quantum yield and narrows blue fluorescence half-width for better color purity.

An emitting-auxiliary layer compound balances charge transport and exciton blocking to improve OLED efficiency, color purity, and lifespan.

A cyanate-based electrolyte stabilizes SEI layers in silicon-anode cells while improving high-voltage oxidative stability, cycle life, and safety.

Aryl squaraine donor-acceptor heterojunctions improve exciton dissociation and charge transport in organic photosensitive cells.

Photocleavable probe tags enable MSI to detect many tissue biomarkers at once, avoiding fluorescence overlap and weak intact macromolecule signals.

A tailored amine compound improves electron and hole transport in organic EL layers, raising quantum efficiency and extending luminance lifetime.

Novel OLED compounds improve blue emission lifetime and efficiency while enabling simpler, lower-cost solution processing.

Replacing volatile organic solvents with a tailored ionic liquid electrolyte improves Li-ion cell safety, cycle life, and charge-discharge capacity.

A benzo[a]anthracene-anthracene host enables efficient triplet-triplet annihilation in blue OLEDs, improving color purity, lifetime, and power use.

Specific heterocyclic compounds improve electron transport and intermolecular stacking in OLEDs, lowering driving voltage and extending lifespan.

Electron-accepting units with tuned LUMO levels extend organic photodetector response beyond 1300 nm while preserving donor-acceptor alignment.

A tailored OLED organic compound balances charge transport and energy levels to lower driving voltage while improving efficiency and lifetime.

A 3D asymmetric organic compound balances hole and electron transport to improve optoelectronic diode efficiency and lifespan.

Protective groups in a fluorescent guest compound block Dexter triplet transfer while preserving Förster singlet transfer at higher concentrations.

Photocleavable mass-tag probes let MSI map proteins and nucleic acids in one tissue section without fluorescence spectral overlap.

A triazole-sulfone additive stabilizes LiPF6, suppresses HF-driven electrolyte decomposition, and limits resistance growth at high temperature.

A modified PVdF binder with fluorinated and polar monomers keeps high-Ni positive electrode slurry viscosity stable and supports capacity retention after hot storage.

A nested lithium anode-cathode winding and central spring increase pulse current delivery while preserving electrode alignment under shock and vibration.

Aryl amine and radialene doping improves hole injection, carrier balance, luminous efficiency, and OLED lifetime at lower voltage.

Molecular tuning of HOMO, T1, and Tg improves charge balance, color purity, heat resistance, and OLED lifespan while lowering driving voltage.

A host-guest energy-level design enables stable blue phosphorescence with high emission efficiency and lower driving voltage.

A tetrahydronaphthalene blue emitter narrows OLED emission while improving thermal stability, lifetime, and dark blue color purity.

A fluorinated cyclic carbonate with tris(trimethylsilyl) phosphite helps Li-ion batteries retain low resistance after high-temperature storage.