Other Chemical Processes TRIZ Cases

Specific Cartesian coordinates define the intermediate airfoil portion, reducing flow separation and improving work transfer capability.

Segmented catalyst layers optimize palladium oxidation and rhodium reduction functions.

A chemical-mechanical polishing composition removes Group III-V semiconductor material using acidic oxidizing agents and negatively charged abrasives.

A silsesquioxane film composition maintains water and oil repellency through regulated hydrolysis reactions.

Nano-tunneling sensors resolve slow mass transfer and heterogeneity in traditional imprinting by using discrete molecular-scale cavities on transducer surfaces.

Triazole-functionalized silica nanoparticles extract polar phenols via click chemistry, resolving extraction efficiency limits for diverse contaminants.

Polyamide additive regulates silicon nitride polishing rate to achieve high selection ratio and planarity during semiconductor manufacturing.

Superparamagnetic nanomaterials with an oleophilic coating adsorb oily stains, enabling magnetic recovery and reuse to prevent secondary pollution.

Particulate-toughened polymer compositions combine core shell rubbers with polyimide particles to enhance mechanical strength.

A copper-free NAO friction material uses a thermoplastic-thermosetting resin composite binder to enhance thermal conductivity and fade resistance.

A skein-shaped aluminosilicate structure body increases specific surface area to 300 m2/g.

A supercritical fluid chromatography system uses a chiller to subcool liquefied carbon dioxide for consistent pumping.

Zirconia abrasive particles in tungsten polishing slurry reduce dishing and erosion defects by controlling zeta potential for uniform oxide removal.

Atomic layer deposition deposits metal films within porous metal-organic framework pores to create stable metallated structures.

Radial feeder grooves direct slurry to the outer edge via centrifugal force, improving removal rates and uniformity.

Sub-0.15 µm water-insoluble metal phosphate crystallites prevent moisture absorption blocking while maintaining fluid retention capacity under pressure.

Silane crosslinking and nanofibril integration resolve brittleness in superabsorbent polymers while maintaining high swelling capacity.

Replacing cobalt dichloride with organic dyes and moisture-curable binders eliminates heavy metal hazards while maintaining reliable color-changing function.

Olefin-based resin composition eliminates crosslinking steps to enhance heat resistance and reduce production costs.

E-FO-1336mzz and HCFO-1233xf form an azeotropic blend that maintains composition stability while reducing global warming potential.

Pyrolyzed lignite adsorbents remove phosphates from wastewater through enhanced surface area and pore volume.

High temperature mechanical mixing disperses solid polyaniline in rubber blends to achieve electrical conductivity without hazardous chemical solvents.

Strontium-exchanged synthetic clinoptilolite resolves low natural zeolite adsorption by boosting nitrogen equilibrium capacity via ion exchange.

A mold-releasing agent combines a graft copolymer and polyfluoroalkylphosphonic acid to deliver superior releasability.

A composite non-evaporable getter alloy recovers sorption properties through low-temperature thermal treatment.

Mixed oxyalkylene polyols improve adhesion to inert surfaces while reducing carbon dioxide formation during curing.

A bio-based porous material process uses gelation with polyvalent metal ions and solvent exchange to create high porosity structures.

Segmenting silane polymer and epoxy components accelerates hardening while reducing amine odor and viscosity management complexity.

A superabsorbent polymer uses a high molecular weight surface crosslinking agent to form a porous layer that improves permeability under pressure.

A water-soluble polymer and dialdehyde cross-linking agent form a covalent matrix for surface treatment.

A desulfurization adsorbing agent combines a BEA molecular sieve with reduced-valence promoter metals and zinc oxide to enhance catalytic activity.

Ionic and non-ionic deicing agent reduces salt load and corrosion while maintaining effectiveness at low temperatures.

A hydrophilized substrate enables uniform aqueous cosmetic film deposition for absorbance testing.

Pre-active polyamide monomer granules merge catalyst and activator to eliminate complex atmospheric control during polymerization.

Extruded starch granules use a water-soluble binder to self-clump upon wetting, creating stable aggregates with high retention rates.

Positioning the skeleton line below the chord in the front section maintains high lift coefficients and glide ratios while reducing blade torsion and weight.

Binder carrier fixes adsorber particles into agglomerates to reduce pressure loss.

Extruded cereal grain beads absorb liquids rapidly, replacing heavy inorganic clays with lightweight biodegradable material.

A composite moisture absorbent composition using cellulose derivatives to maintain a stable gel state during high absorption cycles.

Hydrophobic mine rock dust prevents caking during wet application, maintaining explosion abatement effectiveness without respirable dust generation.

An integrated reactor combines a catalyst and absorbent to selectively capture ammonia during synthesis.

Zeolite particles store extinguishing agents within porous structures that release gases upon heat activation.

Crosslinked Bisphenol-S Mannich polymers remove over 95% of lead ions from wastewater by leveraging semi-crystalline structures and high BET surface area.

Optimized resin emulsion and plasticizer ratios reduce viscosity, enabling proper atomization through aerosol valves for uniform corrosion protection.

A polymerization auxiliary with hetero atoms and hydrophilic functional groups produces heat-expandable microspheres with high expanding ratios.

Replacing toxic naphthalene with gamma-pyrone materials enables precise geometry control and safe handling while maintaining desired porosity levels.

A xylan derivative substituted with specific phenyl carbamate groups acts as a separating agent for optical isomers.