Detergent Mixture Composition Preparation TRIZ Cases

Aqueous ammonia neutralizes sulfuric acid in copolymer fibers, resolving poor hydrolytic stability caused by imidazole functionality.

A cleaning agent removes plasma residues using diluted hydrofluoric acid and an acid solution.

Non-aqueous ammonia-activated siloxane composition protects high aspect ratio structures during chemical rinse and spin dry processes.

Branch pipe extraction with potentiometry measures silicon concentration in phosphoric acid, preventing deposition from temperature drops.

Small thermal mass chambers transition cleaning fluid to supercritical CO2, eliminating capillary forces that cause line stiction in high aspect ratio features.

A photoresist stripper composition uses glycol ether solvents and amines to remove polymer resist layers from substrates.

A poly alpha glucan derivative with specific glycosidic linkages acts as a rheology modifier and emulsion stabilizer.

A cleaning liquid containing a solvent, organic acid, and chelating compound removes metal residues from substrates.

Organic solvent-based developer formulation maintains alkaline chemistry while reducing water content to prevent resist swelling during lithography patterning.

A liquid composition cleans III-V semiconductor surfaces using mild oxidants and corrosion inhibitors.

Azeotrope-like mixtures dissolve oils and contaminants while maintaining constant boiling points to replace ozone-depleting CFC solvents.

Propylene glycol esters replace toxic cross-linking agents to reduce wrinkling and maintain fabric softness without household safety risks.

Ozone-dissolved hydrofluoric acid oxidizes silicon surfaces to form removable oxide films, resolving low etching capability in standard SC1 cleaning.

Tailored solvents remove metal compounds from wafers via Hansen solubility parameters, preventing tool contamination in EUV lithography.

A cosmetic brush cleaner uses lower alcohol and volatile oil to remove stains while ensuring rapid evaporation.

Fluoride liquid composition removes sacrificial anti-reflective coating layers while protecting low-k dielectrics and metal interconnects from damage.

A specialized thinner composition cleans photoresist spray nozzles in linear coating processes.

A solvent-evolving cleaning consumable releases vapor to dissolve residues on a heating element, preventing damage from mechanical scrubbing.

A solid particulate detergent composition utilizes a eutectic carrier material to dissolve rapidly in washing water.

Organic solvent stripping composition removes ion implanted photoresist while preventing etching of silicon, titanium, and tungsten materials.

A segmented injection method produces multiphase washing agent shaped bodies with distinct functional zones.

Lysozyme polypeptides break down bacterial peptidoglycan to degrade biofilms, solving cold water cleaning resistance.

A cleaning apparatus uses belt conveyance with acidic rinse water at 70°C or above followed by isopropyl alcohol drying.

Sequential chemical treatments remove organic and inorganic residues from tungsten silicide structures, preventing bowing defects during plasma reoxidation.

Liquid detergent uses lipase and mannanase enzymes to clean textiles while preventing dirt redeposition.

Axially yielding platen mounts enable sequential diamond grit polishing to remove sidewall deposits and restore surface roughness specifications.

Adding a saturated hydrochlorofluorocarbon stabilizer suppresses decomposition of the unstable 1233zd(Z) solvent and prevents metal corrosion.

A chemical cleaning liquid removes dry etch residues from semiconductor substrates.

Dilute weak base rinse liquid prevents static charge accumulation on metal structures without causing material removal.

A wafer cleaning spot heater uses laser light to heat specific top surface areas.

Chemical etching removes post-etch residues and aluminum oxide while protecting cobalt, copper, and low-k dielectric layers.

A metal residue removing liquid uses diethylformamide mixed solvents to clean substrates without NMP.

Oxalate and iron ion cleaning liquid removes metal contaminants from glass substrates while maintaining surface flatness through photoreduction.

Exothermic alcohol and peroxide solutions break down stains while evaporating to eliminate residue.

Ultraviolet irradiation of dilute hydrogen peroxide doubles the titanium nitride strip rate while protecting low-k dielectric films from damage.

Detergent composition uses esterase enzyme to degrade sebum components on fabric.

A composition of jasmol and BHT reduces musty laundry odors through synergistic antimicrobial action.

Ethanol and D-Limonene penetrate crevices to dissolve residue while lard and beeswax form a durable lubricating film on metal surfaces.

A borate glass composition releases ions to clean without surfactants, reducing eutrophication and water consumption.

A solid detergent block uses prismatic domains to separate peroxides from catalysts.

A neutral aqueous cleaning solution removes rouging deposits from stainless steel surfaces using reducing agents and complexing agents.

A polyol, amine, and inorganic base mixture dissolves isocyanate residues from substrates.

Novel sterol esterase enzyme hydrolyzes sebum esters at low temperatures, improving stain removal index without high energy input.

A physical mixture of water and organic acetate solvent cleans contaminated plastic material at room temperature.

A white curable composition uses a wetting dispersant to achieve uniform pigment dispersion without extended treatment.

Fiber coating on water-soluble wrapping prevents hygroscopic adhesion and improves storage stability.

Multi-stage distillation with supercritical fluids recovers pure cleaning agents, reducing semiconductor manufacturing costs.

Standardizing the soiling agent with controlled surfactant ratios eliminates variability in grease demonstration results.