Non-Surface-Active Detergent Compositions TRIZ Cases

See how a polymer barrier coating isolates residual abatement chemicals in concrete pores, prev

See how blocky carboxymethyl cellulose coating replaces toxic fluorochemicals to resist oil and

Engineered alpha-amylase variants shift enzyme activity to 5-35°C, improving starch stain removal and wash stability in cold-water cleaning.

A mixed ethane-propane-butane refrigerant raises ignition temperature, avoids ozone harm, and also cleans precision components.

Metal ions activate stable bleach during washing, then are captured before discharge to preserve cleaning power and limit environmental release.

Controlled dissolved oxygen and corrosion inhibitors let alkaline semiconductor cleaning remove resist residues while protecting Cu layers and Low-k materials.

A plastic crystalline drying layer sublimes without crystal grain boundaries, reducing stress and pattern collapse on fine substrate features.

A tailored thinner prewets semiconductor substrates to improve photoresist and underlayer uniformity while supporting efficient EBR and lower resist use.

A light-absorbing siloxane release layer enables strong wafer support during polishing, then clean separation and residue removal after processing.

A combined acetic acid and anisole rinse removes wafer edge protection layers and residual hardmask metals in one step, cutting contamination and delay.

An upward water jet enables effective cavitation peening at shorter liquid-surface distances, so existing underwater washers can handle shallow-bath processing.

Biochelants and organophosphorus compounds dissolve iron sulfide scale in wellbores while reducing corrosion, toxic by-products, and productivity loss.

A 7-carbon ester-based rinsing liquid lowers capillary effects during resist rinse, improving pattern resolution while suppressing film thickness loss.

A lower-solubility cleaning solvent follows organic-solvent development to remove metal-containing resist residue and preserve precise patterns.

High-polarity thinners can raise Hump height and reduce uniformity; a cyclic ketone–hydrocarbon blend improves EBR and coating results.

An organic solvent with δh ≥ 10 and hydroxyalkylketone balance photoresist solubility, EBR, RRC, and coating uniformity.

An organic-acid cleaning solution balances metal-film residue removal, hump suppression, and waste-liquid stability.

A multifunctional carboxylic acid and mixed-dielectric solvents improve photoresist removal while limiting film attack and contamination.

A resist treatment liquid combines organic solvents with specific solubility parameters to improve pattern formation accuracy.

Free fatty acid in a water-soluble film eliminates visible residues from manual rinse addition while delivering reliable softening benefits.

A two-stage scrubbing process removes organic constituents from gas streams using sequential alcoholic and aqueous media.

A low surface tension chemical solution stabilizes high aspect ratio patterns during semiconductor cleaning processes.

Water-repellent cleaning liquid reduces capillary forces to prevent pattern collapse during high aspect ratio wafer processing.

Angled oxygen and argon plasma etching clears sidewall contaminants to reduce light absorption in augmented reality waveguides.

Limiting aromatic polyester moisture absorption stabilizes magnetic layer spacing, suppressing electromagnetic conversion deterioration under humidity changes.

Engine carbon removal chemical mixtures dissolve deposits via composite solvents, addressing poor performance from changing fuel compositions.

Mercapto compounds coordinate with copper atoms to remove surface oxides, maintaining electrical conductivity for fine circuit wiring.

Glycol ethers replace flammable solvents and surfactants to create clear microemulsions with reduced viscosity and foaming for spray formats.

A wet etching composition removes low-k insulation films using oxidizing agents and fluorine compounds.

A dry-cleaning detergent composition uses fluorinated solvents to remove oily and aqueous contaminants while maintaining fabric shape.

An acidic surface treatment composition containing aromatic hydrocarbon rings suppresses tungsten layer dissolution and maintains surface flatness.

Nitroxide compounds activate peroxygen bleach via electron transfer, resolving the trade-off between low-temperature energy savings and effective soil removal.

Segmenting wordlines into groups to adjust read voltage offsets based on aggregate read window budget increases.

A cleaning cassette wipes printing cylinders with polar liquid that dissolves in water, eliminating toning from residue.

Hexosaminidase enzymes break down poly-N-acetylglucosamine in biofilm to prevent redeposition and malodor.

A liquid bleaching composition uses a specific surfactant ratio to achieve high viscosity without polymeric thickeners.

TBEP and benzoate ester blends reduce phosphorus content in aqueous floor coatings while retaining leveling, gloss, and soil resistance.

Aqueous cleaning compositions combine hydrogen peroxide with oxidation-resistant carboxylic acids to maintain solution stability.

Hydrocarbon solvent with branched alkyl group suppresses pattern swelling and prevents bridge formation in 20 nm or less features.

Segmented shell structure with lipophobic intermediate layers ensures controlled release in aqueous media while maintaining composition aesthetics.

Ionic gel extracts radionuclides from porous surfaces via chelation, preserving concrete integrity and minimizing radioactive waste volume.

Chelating agents in caustic etchants bind free metal ions, preventing diffusion into silicon wafers and reducing nickel contamination by 90%.

Non-aqueous solvents reduce surface tension to prevent capillary stress damage on porous dielectrics during photoresist stripping.

A substrate processing apparatus utilizes hydrofluoroolefin as a supercritical fluid to dry wafers without damaging sensitive patterns.

A two-step cleaning process uses solvent dissolution to weaken resin adhesion before physical removal of the film from element chips.

Intrinsic fiber modification eliminates post-processing coating wastage while achieving uniform dye scavenging capability.

A residue-removing solution protects copper surfaces during semiconductor dry etching processes.

Neutral aqueous cleaning solutions dissolve oxidic iron compounds via reduction and complexation, eliminating strong acid hazards.

Specific dioxo ligands modify reaction kinetics to overcome low-temperature bleaching effectiveness limits.