Detergent Mixture Composition Preparation TRIZ Cases

Quaternary ammonium hydroxides regulate pH to solubilize contaminants, while metal inhibitors prevent copper dissolution during post-CMP cleaning.

Site-directed mutagenesis at specific residues modifies a Bacillus pumilus protease to enhance catalytic activity in washing formulations.

Optimized liquid cleaning composition removes hard masks and dry etch residues while preventing damage to low-dielectric-constant interlayer dielectric films.

Amino acid substitutions in alpha-amylase variants improve wash performance and energy efficiency by enabling effective catalysis at lower temperatures.

A solvent blend uses specific Hansen parameters to clean metal components without hazardous classifications.

A ternary mixture of trans-1,2-dichloroethylene, MPHE, and HFC-4310mee provides high solvency power for precision cleaning.

A chemical etching solution using hydrogen peroxide and organic acid salts to selectively remove titanium and tungsten metals.

Sulfonated polysaccharides resolve solubility versus rheological stability trade-offs while reducing water hardness sensitivity.

Levulinic acid esters replace hazardous chlorinated solvents to remove grease from metal surfaces while minimizing environmental emissions.

Phosphonic acid chelating agent removes polishing fines without corroding tungsten wirings during post-CMP processing.

A metalloid alkali metal compound reacts with a metal oxide catalyst to form a durable self-cleaning coating.

Pyrrolidone and imidazole solvent blends remove polyurethane residues from industrial molds without damaging sensitive materials or introducing toxicity.

High-flashpoint solvent blends penetrate carbon deposits to remove sludge without causing diesel knock during combustion.

Mixed acid cleaning liquid removes silica and alumina particles while suppressing metal adsorption during semiconductor fabrication.

DNase-active polypeptides degrade extracellular DNA in bacterial communities, preventing persistent biofilms and malodors on unworn textiles.

Butyl levulinate dissolves heteroatom polymers rapidly, eliminating long wait times and hazardous personal protective equipment requirements.

A textile treatment composition combines unsaturated fatty acids and alcohols with surfactants to condition fabric fibers.

A vegetable-based ester solvent dissolves industrial oils using acetal and glycol ether co-solvents.

A substantially water-free stripping composition removes cured photoresist from ion-implanted substrates using specific amine and solvent blends.

Sub-6-micron crystalline structuring agents in aqueous premixes enhance viscosity while minimizing water content in compact detergent formulations.

A quaternary ammonium salt and tetra(hydrocarbyl)urea solvent composition removes adhesive residues from semiconductor substrates.

A cleaning liquid removes fluorocarbon layers using specific solvents and quaternary ammonium hydroxide while preventing phase separation during storage.

A polar aprotic solvent composition with alkanolamine strips organic substances from inorganic substrates.

A block-shaped sanitary agent features a powder coating layer that enables rapid adhesion to moistened toilet surfaces.

A substrate cleaning composition uses supercritical carbon dioxide to remove nanoscale particles from semiconductor wafers.

Basic detergent cleaning removes residues from GaN HEMT concave portions without electrode damage or surface oxidation.

A selective cleaning composition removes photoresist and etching residues from semiconductor surfaces using fluoride compounds and organic solvents.

Cycles of nitric acid soaking and deionized water sonication treat nitinol surfaces to remove non-protective oxides.

Heating the rear surface reduces solvent viscosity, shortening spin dry time and preventing pattern collapse.

Ozone oxidation converts metallic impurities into removable oxides during mirror polishing, preventing surface defects in epitaxial wafers.

A viscoelastic film binds particle contaminants on semiconductor wafers and transitions to solid-like behavior under high-velocity liquid impact.

Differentiate ammonia cleaning parameters for amorphous and crystal surfaces to reduce bonding wave propagation speed and improve interface contact quality.

A substrate processing method supplies a water-repellent agent to the front surface while removing water from the rear surface.

Solidified processing film traps particles for removal via stripping liquid, preventing pattern collapse and base layer erosion during cleaning.

Water-miscible solvent systems with controlled pH remove photoresist residues while preventing copper corrosion and maintaining low electrical resistance.

Premixing perfume with surfactants in a side stream enables efficient dispersion into aqueous detergent solutions, reducing energy consumption and waste.

Fluorine compounds react with titanium fluoride to prevent copper loss and dielectric damage.

Alkyl lactate and cyclohexanone ratios improve coating uniformity while reducing photoresist waste and defects in EUV lithography.

A polydentate ligand composition forms stable coordination complexes with radioactive isotopes to dissolve equipment scale deposits.

A cleaning composition uses high flash point solvents to remove engine deposits safely.

Solid gel compositions recycle transitional cuts without thermal decomposition, reducing ecological waste in cleaning agent production.

A liquid detergent composition uses keratin proteins to preserve fabric color and tensile strength during washing cycles.

A non-aqueous stripping formulation prevents swelling on acrylic films and erosion of copper electrodes during thick negative photoresist removal.

A photoresist stripping agent composition using specific acid amides and amines to remove resist films at low temperatures.

Optimized solvent ratios in a polyimide-based resin film cleaning liquid reduce low molecular weight polymer elution during washing.

Replacing toxic butyl glycol with stable glycerol ketals removes polish without increasing flammability or odor.

Hand dishwashing compositions use catalase to reduce peroxides, eliminating isothiazolinone sensitizers while maintaining preservative efficacy.

Pumpkin pulp replaces synthetic detergents to clean greasy dirt while eliminating environmental harm and health risks.

Adding fluorocarbons to MPHE and trans-1,2-dichloroethylene suppresses flammability while maintaining zero ozone depletion potential.