Organic Chemistry TRIZ Cases

See how a pyrenyl-substituted amine light absorber layer blocks UV and visible light to prevent

See how aniline acid anhydride ring-opening polymerization forms covalent graft chains on fiber

See how amine epoxide adducts replace quaternary ammonium compounds to soften textiles without

See how a tetrahydroacridine derivative replaces carcinogenic aromatic amines in tire rubber, i

See how low-level oligoamine (0.01-0.5%) with hindered phenol antioxidant provides malodor cont

See how a multi-component fluorinated composition achieves stable azeotropic properties to main

See how onium salt pretreatment liquid enhances dye fixation in ink jet textile printing to ach

See how a urethane compound formed from long-chain alcohols and polyisocyanates enhances water-

See how a flexible gel wrapping with thermally conductive fillers accelerates freezing speed to

See how an amide and alkyl ammonium carboxylate salt composition maintains color, shape, and te

See how oxygen-assisted dehydrofluorination suppresses Z-isomer formation to produce high-purit

See how a fluorinated bromine monomer modifies waterborne polyurethane structure to overcome mo

See how a novel azo compound with heterocyclic groups achieves low chroma saturation and broad

See how polyester polyamine compounds inhibit metal corrosion as effectively as traditional inh

See how organic-inorganic layered composites enable pressure-driven phase transitions with larg

See how low-concentration oligoamine compositions chelate metal ions to control laundry malodor

See how blending R-32 with HFO-1234ze and HFO-1234yf reduces flammability and global warming po

See how coaxial electrospun scaffolds combine furfuryl-gelatin with PCL to improve elastic modu

See how alkylamino groups and polar substituents optimize fluorane dye molecular structure to e

See how lactone-modified amino-silicone polymers achieve wash-resistant softness and hydrophili

See how reactive protein cross-linking agents merge tanning and dyeing into one step, reducing

See how acid hydrolysis converts cellulose in mixed cotton-polyester textiles to 5-CMF for chem

See how catalytic dehydrofluorination of HFC-245fa optimizes E-isomer ratio in HFO-1234ze refri

See how ionic liquid desiccants absorb moisture without over-cooling air, enabling low-grade he

See how fluorine-substituted cyclobutene compounds enable narrow-range thermal management with

See how a fluorine-containing compound achieves high water-repellency using only 1-4 fluorine u

See how oxyalkylene glycol and branched alcohol copolymerization balances flexibility, mechanic

See how thiol-ene click chemistry with hydrogen peroxide initiators bonds functional groups to

See how specific aromatic compounds stabilize C. I. Acid Black dyes in aqueous inkjet compositi

See how catalytic dehydrofluorination optimizes reaction conditions to produce HFO-1234zeE-rich

See how pyridine and pyrimidine substituted triazine UV absorbers stabilize disperse dyes again

See how a query engine matches search terms to tagged fashion items on model images, reducing o

See how pressure-induced phase transitions in layered perovskites enable miniaturized, environm

See how thiol-ene click chemistry with hydrogen peroxide initiators functionalizes materials wi

See how catalytic dehydrofluorination produces HFO-1234ze, HFO-1225zc, and HFO-1234yf in a near

See how quaternized cyanuric chloride derivatives reverse leather surface charge to enable anio

See how a blocked isocyanate and polar-unsaturated compound sizing agent forms covalent bonds t

See how a blocked isocyanate sizing agent with polar and unsaturated groups forms crosslinked s

See how combining internal olefin sulfonate (16-18 carbons) with alkyl sulfate (12-14 carbons)

See how quaternary ammonium bleach activators enable effective perhydrolysis at 20–40°C, preser

See how a synergistic mixture of sulfinic acid and ascorbic acid achieves high reducing power w

See how cationic organic peracid-forming compounds with quaternary N atoms maintain strong blea

See how gas-phase catalytic dehydrofluorination with fluorinated Cr2O3 produces HFO-1234ze(E) w

See how ionic liquid desiccants absorb moisture and regenerate at 60-120°C using waste heat, el

See how tagged fashion images with descriptive metadata enable automated outfit matching and ac

See how a tetrahydroacridine-based compound replaces carcinogenic aromatic amine stabilizers in

See how ionic liquid desiccants absorb moisture and regenerate with low-grade heat, reducing HV

A linear epoxy-amine adduct keeps amino groups reactive, improving carbon fiber-resin adhesion while remaining easy to blend.

Cyclopropane-ring fragrance compounds improve floral or citrus odor diffusibility and lasting freshness across flavor and fragrance formulations.

A niacin-derived activator helps H2O2 form strong oxidizing species at low temperature and near-neutral pH, cutting energy use and matrix damage.

Carboxyl groups added to leuco sulfur dyes improve water solubility, fiber reactivity, and wash-fast dyeing on cotton, wool, silk, and leather.

Adjustable rack rails switch between EIA-310 and OCP mounting, improving airflow, volume efficiency, and shared power integration.

UV-crosslinked polyurethane skin layers cut surface tack and fuzz while preserving suppleness, bending resistance, and surface grade.

Modified stilbene brighteners keep high water solubility and paper whitening while reducing anionic charge that disrupts recycling and cationic chemicals.

A self-dispersible fluorocarbamate finish gives fibrous substrates durable hydrophilicity and stain release without heavy surfactant use or soil redeposition.

Novel black trisazo dyes improve aqueous ink solubility while delivering neutral black images with stronger water, light, and ozone stability.

Novel carbazole compounds trigger tumor cell death and support combination cancer therapy where standard treatments have limited impact.

Tailored carbazole compounds improve OLED layer stability and solubility, enabling low-voltage emission with higher color purity.

Specific optical brightener salt forms enable concentrated aqueous solutions without solubilizing additives, improving storage stability and paper whiteness.

Synergistic extended surfactant blends remove greasy and sunscreen stains at lower alkalinity, reducing caustic use and fabric damage.

A non-metal tanning agent crosslinks collagen to produce wet white leather with high shrinkage temperature, lower swellability, and no pickling.

Heterocyclic imide additives help electret filtration webs charge easily without fluorinated groups, improving particle capture and simplifying processing.

Pre-neutralized sulphate surfactant syrup prevents phase formation and preserves rheology in compact anhydrous laundry liquids.

Sequential bleach and whitening additive steps remove stains while preventing synthetic fiber yellowing, bleach odor, and excess discharge.

A benzotriazole-oil coating dried on copper evaporator pipes resists dew and rainwater, reducing ant nest corrosion and leak risk.

Controlled low-pKa organic acid content in biomass dicarboxylic acids stabilizes polyurethane reaction, limits coloration, and preserves elasticity.

Fluorinated and Ag-salt electrolyte additives form protective electrode films that suppress dendrites and preserve cycle life during fast charging.

Specific electrolyte additives form a stable SEI, lowering initial resistance, suppressing gas generation, and improving battery cycle life.

A carboxylate electrolyte with a sulfur-containing additive lowers battery resistance and improves fast charging and cycle life.

Fusing p-type and n-type redox centers in one molecule raises flow-battery voltage while reducing cross-contamination and improving solubility.

A phosphorescent host compound balances charge transport and localizes excitons to improve OLED efficiency, stability, and lifespan.

Small-ΔEST TADF emitters convert triplet excitons to singlets, enabling efficient rare-metal-free OLEDs with lower roll-off.

Photocleavable mass tags let MSI map 8+ tissue biomarkers on one slide, avoiding fluorescence spectral overlap and complex cycling.

A trifluoromethylsulfonyl additive lowers electrolyte surface tension to improve electrode and separator wetting in high-salt lithium batteries.

Triazine-fluorene-aryl compounds improve OLED efficiency and lifetime while maintaining low operating voltage and reducing power use.

A heterocyclic OLED layer material tunes energy levels and boosts thermal stability to lower driving voltage and improve light emission efficiency.

A carboxylate-containing Li-Ion electrolyte forms protective electrode films to cut storage impedance, swelling, and overcharge risk at higher voltages.

One- to two-step DMTD zinc salt synthesis cuts cost and waste while enabling zinc-ion electrodes with high specific capacity and reduced swelling.

A radical cation dopant with a counter anion improves doping efficiency and stability to form highly conductive, flexible conductor materials.

Nitrile-based electrolyte additives help Li-Ion batteries maintain capacity, reversibility, and safety under high voltage and temperature.

A deuterated dual-host emitting layer lowers drive voltage while improving external quantum efficiency and lifetime in organic EL devices.

A bicyclic sulfate electrolyte additive forms a durable SEI that suppresses side reactions, lowers resistance, and improves high-temperature battery life.

A polyether lamination aid helps thin ceramic green sheets resist peeling and lamination misalignment without sacrificing sheet strength.

pH-adjusted functionalized polythiophene compositions improve conductivity, thermal stability, and pore penetration in capacitor layers.

An exciplex-emitting layer improves singlet and triplet energy transfer to a phosphorescent compound, raising EL efficiency and lowering drive voltage.

A water-based TEMPO process avoids solid separation, multiple solvents, and base addition while preserving redox-flow energy storage performance.

A tailored delayed fluorescent compound enables inverse intersystem crossing to use triplet exciton energy and raise organic optical device efficiency.

Direct-contact dual emitting layers with tailored host materials improve exciton use and raise luminous efficiency in organic electroluminescence.

Meta-meta azo dye compositions mark hydrocarbon products with stable red color while avoiding the mutagenic risks of conventional petroleum dyes.

A pyrimidine host paired with a diazine iridium phosphorescent guest lowers driving voltage while improving current efficiency and lifetime.

An indene-based resin composition uses a vinylbenzyl and aromatic group structure to resist moisture-driven dielectric loss in high-frequency electronics.

An anthracene host and electron-density-controlling layer improve hole-electron recombination, boosting OLED luminance efficiency.

Using multiple lithium salts and an intermediate reaction step, this case raises Li-ion purity and transference for battery materials.

Ether-side-chain vinyl polymer improves polishing liquid storage stability while suppressing dishing and maintaining removal rates in semiconductor CMP.

A carbon-adsorbed positive electrode additive keeps the redox mediator from dissolving, suppressing short circuits and extending Li-S battery life.

An epoxy adduct resist underlayer raises dry etch rate while limiting undercut, footing, and pattern collapse in semiconductor microfabrication.

Asymmetric narrow-bandgap acceptors boost NIR absorption and charge separation, improving organic photodetector and solar cell response.

A bicyclic sulfate electrolyte additive forms durable SEI and protection layers, improving high-temperature stability and cycle life.

Small organic charge carriers replace costly vanadium in redox flow batteries, improving solubility, redox range, and energy density.

A quaternized dipyridyl leveler guides vertical copper bump growth, reducing doming and dishing while supporting higher plating current density.

A thiophene-based cyanate ester resin improves solvent solubility while delivering low thermal expansion, flame retardance, and strong PCB laminate adhesion.

A cyclic sulfate electrolyte additive forms a stable SEI film that blocks electrons, limits solvent decomposition, and extends battery cycle life.

A Lewis base electrolyte additive scavenges LiPF6 decomposition products and stabilizes the SEI film for better high-temperature cycle life.

Diglycolic anhydride and trinitrile electrolyte additives form protective electrode films that improve cycle retention and high-temperature stability.

A DBR layer with alternating refractive indices shortens exciton extinction time to improve light efficiency, color purity, and driving stability.

Fluorenylamine compounds improve OLED lifetime and efficiency while lowering operating voltage and limiting crystallization in transport and emitting layers.

A cyclic sulfonate ester additive stabilizes electrode coating films to retain capacity and suppress gas during high-temperature charging.

Fluorosulfonyl compounds form electrode films that cut initial resistance while preserving cycle life and high-temperature storage in nonaqueous batteries.

Specific electrolyte additives form a conductive SEI film that suppresses solvent decomposition and lowers initial resistance in nonaqueous batteries.

Halogenated (meth)acrylic copolymer units give fluoropolymers stronger adhesion and hydrophilicity for lithium-ion battery binders and membranes.

Hydrothermal synthesis yields pyridinium anolytes with strong water solubility, stability, and anion-exchange membrane compatibility for aqueous flow cells.

Functionalized FSI ionic liquids widen Li-ion voltage stability while reducing flammability and improving SEI formation for better cycling.

A low-EC electrolyte with additive chemistry suppresses transition metal elution, gas generation, and resistance rise in cobalt-free lithium batteries.

A branched ester additive weakens PVDF chain forces to prevent cathode brittleness during winding while raising pellet density and energy density.

A heteroaryl Lewis base additive reacts with PF5 and HF from LiPF6 breakdown to protect the SEI and retain high-temperature battery capacity.

Phenazine derivatives tune anode redox behavior in alkaline cells to limit passivation and deliver stable cycling over 9000 cycles.

A formula-based electrolyte additive forms a stable SEI to suppress cathode side reactions, reducing capacity loss and resistance rise at high temperatures.

Weakly acidic or neutral buffer washing removes residual lithium while limiting cathode surface damage and improving battery efficiency and cycle life.

A fluorine-containing PFPE ether lubricant improves adhesion on magnetic media to limit pickup and spin-off at low flying height and high speed.

A halogen-substituted film quality improver suppresses ALD side reactions and removes by-products to improve thin-film uniformity and step coverage.

Deuterium-substituted OLED organic compounds improve efficiency, lower driving voltage, and extend device lifetime without changing device architecture.

Linear fused host compounds tune HOMO levels, refractive index, and heat resistance to raise OLED efficiency without shortening lifespan.

A quinoxaline-based EL host material converts triplet excitations into phosphorescent emission to raise efficiency, lower drive voltage, and improve reliability.

Film-forming electrolyte additives cut storage impedance and swelling in high-voltage Li-Ion cells while improving overcharge and hot box performance.

A wound anode-cathode assembly with a stainless-steel spring improves high-rate discharge and resists shock-driven misalignment in lithium oxyhalide cells.

A fluoflavin-side-chain polymer boosts Li-ion electrode rate and cycle performance while avoiding high-temperature carbonization.

A bipolar organic host compound combines electron and hole transport units to improve OLED emission efficiency and cut power consumption.

Permanent-charge phenothiazine derivatives improve solubility and stability in non-aqueous flow batteries while removing the need for supporting salts.

Water-based methylation and evaporation lower decomposition-prone byproducts in TEMPO electrolytes, reducing solvent use and improving redox-flow stability.

A fused aromatic compound improves solvent solubility and thermal stability, enabling solution-processed thin films with lower dark current.

Using N,N′-dicyclohexyl-p-phenylenediamine cuts stabilizer volatility in vulcanization while improving ozone resistance and rubber strength.

One-pot electrochemical cycling forms covalently bonded phthalocyanine-graphene hybrids without purification or harmful chemicals.

An emitting-auxiliary layer and tailored HOMO levels improve charge balance, color purity, heat resistance, and OLED lifetime.

Cyclohexanone oxime in a substrate treating liquid enables sublimation drying that prevents collapse of fine, high-aspect-ratio patterns.

Film-forming additives build stable interphases on Ni-rich cathodes and silicon-graphite anodes to sustain output and cycle life at high temperature.

A TADF aromatic carbazole compound enables deep blue OLED emission with high luminous efficiency and longer device life.

An ion-conductive film-forming additive lowers initial resistance in nonaqueous batteries while limiting resistance growth and gas generation at high temperature.

A fluorinated electrolyte additive forms an electrode coating film that suppresses gas, metal ion elution, OCV drop, and heat-driven battery degradation.

Alkylsulfonyl imide salts build stable ion-conducting SEI layers on silicon anodes and cathodes, reducing expansion damage and electrolyte breakdown.

A dual-additive electrolyte stabilizes the cathode film to lower discharge resistance while suppressing gas generation and thickness increase.

A condensed cyclic host compound raises triplet energy and improves host-dopant transfer to reduce electron deterioration in OLEDs.

A branched alkyl heteroaromatic emitter improves blue OLED color purity while lowering evaporation temperature and extending device lifespan.

A zwitterionic electrolyte additive scavenges LiPF6 decomposition acids and forms a stable SEI film to cut resistance and extend battery life.

Segmented EL layers with fluorescent and phosphorescent emitters cut driving voltage and power use while preserving color purity and reliability.

An alkali-developable bismaleimide resin enables low-temperature polybenzoxazole film formation with strong thermal and electrical properties.

Polycyclic host and dopant compounds improve OLED luminous efficiency, color purity, lifetime, and heat resistance while maintaining low driving voltage.

A selective cyanotriazine THR-β agonist improves ADME and bioavailability to treat metabolic disorders while lowering liver side effects.

Selective cannabinoid receptor ligands improve bioavailability and dosing precision while avoiding smoking-related lung damage.

Vacuum distillation with nitrogen deoxygenation and a falling-film reboiler limits NMP oxidation and decomposition, raising purified recovery.

Bisorthohydroxy aromatic urones let epoxy resins store for weeks, cure at lower temperatures, and retain high Tg with less exotherm.

A carboxylate and resin structural-unit combination lowers mask error factor in resist patterns, improving pattern accuracy in lithography.

Heterocyclic KRASG12C inhibitor compounds improve RAS inhibition while lowering normal-cell cytotoxicity and maintaining useful solubility and PK.

Fc- or albumin-linked neuraminidase inhibitor conjugates boost immune clearance and extend half-life to address resistant influenza and prolonged shedding.

A two-compound OLED material improves HOMO/LUMO matching to balance carrier mobility, lower driving voltage, and extend device lifespan.

A benzonaphthofuran oxazole host balances carrier mobility and energy levels to lower OLED driving voltage and extend device life.

Peroxide alkylation of sterically hindered nitroxyl compounds improves conversion and purity while limiting by-products in alkoxyamine production.

Targets the 3CL protease with a tunable inhibitor scaffold to retain antiviral potency across coronaviruses and related viruses.

Selective sulphonamide compounds inhibit MLKL to block the necroptotic pathway and support treatment of necroptosis-related conditions.

Novel imidazoisoindole compounds inhibit TDO2 to modulate tryptophan degradation, enhance T cell activation, and reduce tumor-linked immunosuppression.

Selective covalent TEAD1 inhibitors block YAP/TAZ-TEAD signaling to suppress oncogenic gene expression and cancer cell proliferation.

Liquid-liquid extraction and a defined base catalyst raise branched hetero monodispersed PEG functional group purity for more effective ADC conjugation.

Direct KRAS G12C inhibition addresses EGFR therapy resistance in pancreatic, colorectal, and lung cancers with combination-use potential.

Ionizable lipid nanoparticles protect nucleic acids from plasma degradation while improving intracellular delivery and reducing toxicity.

Controlled DMC catalyst moisture and XRD peaks raise epoxide polymerization activity while suppressing ultra-high molecular weight impurities.

A CDK4-selective inhibitor compound reduces hematologic and gastrointestinal toxicity while supporting continuous cancer treatment.

A two-compound OLED emitting layer uses deuterated organic materials to improve driving voltage, efficiency, and operational lifetime.

Unique nucleic acid barcodes enable parallel histone modification and DNA-binding protein profiling without sample splitting, while preserving spatial context.

A tailored phenothiazine derivative improves acrylic rubber heat resistance while maintaining dispersibility and reducing dispersion defects.

Benzothiazole-substituted MDMA analogs use rapid cytochrome P450 inactivation to shorten drug action and improve therapeutic dosing control.

Sequential acid, alkali, and surfactant washes purify crude (-)-Ambrox without ethanol recrystallization or mother liquor rework.

A stressor-layer sequence with annealing and activated etching improves high-k thin film stability, dielectric constant, and memory reliability.

A crosslinked chiral secondary amine blocks menin-MLL binding while preserving a safety margin against hERG current inhibition.

Sequential subcritical and supercritical CO2 with hydrated silica gel extracts CBD and converts it to THC while limiting residues and controlling ratio.

A selective pyrazolo[1,5-α]pyridine scaffold targets RET kinase while limiting VEGFR2 inhibition, improving efficacy and reducing off-target toxicity.

Novel compounds reverse constitutive GPR6 activity in the striatum, supporting treatment of reward, learning, and motor control deficits.

Tricyclic ATR kinase inhibitors are tuned through structural parameter changes to improve cancer-treatment efficacy and pharmacokinetic behavior.

A broad-spectrum first exposure followed by targeted 635 nm light cuts PDT pain and recurrence while preserving dermatological treatment efficacy.

A pyranoindole etodolac derivative improves eEF2K specificity and low-concentration inhibition for targeted treatment of aggressive cancers.

By varying C7-C20 ester chain structures, this fragrance composition expands aroma profiles beyond fruit notes to floral, woody, green, and spicy scents.

Modular FAP-targeted radiopharmaceuticals use chelators and albumin binders to extend tumor uptake while limiting healthy tissue exposure.

An acidic ion exchanger and basic-assisted distillation raise C4-diacetal selectivity while cutting by-products and waste.

A core-shell green dye balances chemical resistance with fine patterning in thin CMOS color filter layers for smaller pixels.

A polycyclic aromatic reaction medium improves thermochromic stability while tuning hysteresis width for precise indicators and memory effects.

Covalent SRPK1/SRPK2 inhibitors improve selectivity and potency to switch VEGF splicing, block angiogenesis, and slow cancer progression.

A fixed-bed oxidation route converts HMF to FDCA with low-cost multi-metal catalysts, easing separation while avoiding harsh conditions.

Rounded 50-200 µm FDCA particles improve slurry uniformity and flow, cutting polymerization time, glycol use, and DEG impurities.

A high-θg,F resin composition improves cemented lens bonding while enabling stronger chromatic aberration correction in thin optical elements.

Crystalline free-base and salt forms of Compound 1 improve stability, solubility, and bioavailability for kinase inhibition in cancer treatment.

Novel Formula I host compounds improve OLED color accuracy and emission efficiency, supporting saturated colors and flexible display performance.

A tailored amide compound improves solubility, compatibility, film hardness, storage stability, and adhesion in UV-curable compositions.

Strong-base, low-temperature coupling forms sulfolenic intermediates that simplify vitamin A derivative synthesis and improve process accessibility.

Gene deletions such as HFD1, ADH6, and GRE2 help yeast produce more vanillin from glucose while suppressing vanillic acid side products.

A carbonate-protected flavor compound stays stable at room temperature, then releases volatile odor cues under heat for earlier fire recognition.

A protected intermediate and staged deprotection streamline selumetinib salt synthesis, improving process convenience, yield, and purity.

A telescoped coupling and deprotection route improves purity and synthesis efficiency while reducing toxicity, waste, and solvent burden.

A hydrogenated cyclohexane 1,4-diester blend reduces migration and volatile loss while retaining tensile strength and elongation.

Substituent changes on arylsulfonamide analogs tune cereblon binding to degrade GSPT1 preferentially over IKZF1 in cancer research.

A dual liquid phase medium separates catalyst and product streams, enabling continuous HMF and FDCA production without HMF purification.

Replacing nucleic acid delivery with administered compounds addresses therapy complexity while enabling controlled RNA splicing modulation.

Thionyl chloride and catalytic coupling enable simpler synthesis of fluorinated derivatives for bidirectional visible or near-infrared molecular switching.

Overexpressed HSD17B13 promotes hepatic lipid accumulation; targeted inhibitors offer a pharmacological route for NAFLD and NASH.

Specific Formula 1 and Formula 2 compounds balance hole-electron transport, reducing driving voltage while improving efficiency and extending device lifetime.

A carbazole-based composition targets low efficiency and short lifespan with improved electron transfer and thermal stability.

This compound separates HOMO and LUMO distributions, reducing stacking and supporting delayed fluorescence in stable OLED films.

Small molecule compounds block proteolytic cleavage of Ebola glycoprotein GP by cathepsin enzymes, preventing viral activation and reducing mortality.

A carboxylate salt quencher improves photoresist pattern uniformity by reducing acid diffusion.

An asymmetric organic compound blocks holes and electrons in auxiliary layers of photoelectric conversion elements.

A γ-cyclodextrin inclusion complex precipitates stilbene compounds from liquid extracts for straightforward separation.

A resist composition uses a cation with specific electron-withdrawing groups to generate acid upon light exposure.

A freezing and grinding process produces comminutable polyester powder from solid resins without solvents.

Formula I heterocyclic compounds eliminate persistent viral templates to cure hepatitis B and D infections, preventing liver complications.

Segmented imidazoquinoline compounds overcome limited activity diversity by enabling targeted delivery through universal conjugation groups.

A space-through charge transfer compound with a biphenyl core enables efficient exciton utilization in organic light emitting diodes.

Asymmetric heterocyclic compounds prevent crystallization to maintain high triplet energy levels, boosting efficiency and lifespan.

Formula I compounds inhibit hURAT1 transport to lower serum uric acid while avoiding liver toxicity from existing therapies.

Novel GPR119 agonist compounds stimulate intracellular cAMP signaling to enhance glucose-dependent insulin secretion and GLP-1 release.

A benzodithiolane ultraviolet absorbing agent incorporates sulfonic or carboxylic acid groups to achieve high water solubility.