Cells TRIZ Cases

Electrolytic deposition of trivalent chromium compounds onto metal strips using multi-tank systems.

A compression reactor applies pressure to a porous chamber holding parent material during electrochemical exfoliation.

Infrared-emitting ceramic lowers activation energy for hydrogen production, reducing electrical voltage requirements and operational costs.

Spring-loaded diaphragms and catalytic recombiners eliminate external control systems, enabling high-purity hydrogen production without added complexity.

Hydrogen oxidation at the anode eliminates sacrificial salt formation during electrodicarboxylation.

Integrating an RF antenna with magnetron sputtering maintains vacuum continuity to prevent re-oxidation and ensure strong film adhesion.

A metal dummy substrate prevents glass cracking and abnormal discharge by shielding carrier contacts, enabling faster apparatus activation and deactivation.

Driving an electrolyzer electrode at a natural frequency removes accumulated gas bubbles, exposing greater active surface area for electrolysis reactions.

A plasma processing apparatus uses a movable feed conductor to adjust capacitance coupling between central and peripheral electrodes.

A hydrogen energy storage system uses an electrolyser and power plant to convert electricity into stored gas.

A shield with a rectangular aperture collimates an energetic particle beam to treat a moving substrate surface.

Pyrolytic CVD deposits non-porous insulating and hydrophobic layers to eliminate pinhole defects and leakage currents in electrowetting devices.

An integrated passageway module connects electrolytic and humidifying components within a single hydrogen generator unit.

Moderately acidic electrolytes reduce overpotential and power consumption while improving electron conversion efficiency for portable sensors.

External motor mounting reduces mechanical contamination in electrochemical etch tools.

Stationary cleaning elements contact rotating disc cathodes to remove scale buildup during continuous water electrolysis operation.

A hydrogen cathode pocket structure captures evolved gas to prevent electrolyte leakage from the anode chamber.

Hydraulically separable trough segments allow independent liquid level control, reducing changeover time between electroplating and cleaning processes.

Anisotropic nanochannels between aligned nanorods accelerate gas bubble detachment, reducing overpotential at high current densities.

A component rotates and precesses during electrolysis to mix the electrolyte and transport hydrogen bubbles away from the surface.

Transition metal ion complexes in the aqueous electrolyte reduce activation energy barriers, lowering voltage requirements for hydrogen production.

Segmented electrolytic cells reduce chloride ion loss and prevent metallic copper corrosion during acid recycling.

A two-dimensional mask aligns capillary detection windows in alternating rows and columns to project fluorescent images onto distinct CCD array areas.

Halide-free electrolytic deposition of a trivalent chromium oxide layer inhibits tin oxide growth and improves lacquer adhesion while ensuring REACH compliance.

A vertical electrolytic cell extracts noble metals from waste catalysts using simultaneous leaching and precipitation.

Magnetic attraction between paddle and bath magnets suppresses vibration, enabling higher-speed operation without mechanical guides.

Anion-selective polymer layer blocks protons in electrolyzers, reducing hydrogen formation and voltage drop.

Graphite foil electrodes enable oxidative decarboxylation of D-glucuronic acid to xylo-pent-1,5-diose.

Photo-oxidation catalyst decomposes residual water in ionic liquid aluminum electroplating baths, preventing aluminum oxychloride side products.

Segmented anodizing apparatus treats multiple porous needles simultaneously to resolve production volume limits and high manufacturing costs.

A filter wash system uses in-process active chlorine to oxidize organic residues on chloralkali membranes.

A bypass mechanism in the electrolyte flow manifold directs fluid to specific diverting portions within a cell stack.

A two-bath electroplating sequence deposits copper nucleation using alkaline chemistry before filling features with acidic plating.

An electrochemical cell oxidizes metal ions to react with hydrocarbons and form halogenated hydrocarbons.

A reduction catalyst uses modified organic molecules with quaternary nitrogen cations bound to a metal layer to drive selective reactions.

Undivided electrochemical cell with sub-3mm electrode gap eliminates membrane resistance, enabling rapid start-up and consistent hypochlorous acid production.

A carbon dioxide utilization system captures CO2 as bicarbonate ions while generating hydrogen gas through spontaneous electrochemical reactions.

A unitary reactor body integrates a gas composition sensor directly exposed to internal chamber conditions for real-time thermal conductivity measurement.

Two-stage titration with a copper ion-selective electrode determines bath chemistry to resolve seed layer nonuniformity and adhesion issues.

Curved deflectors between the target and backing plate reduce pressure requirements, preventing water leakage and target warpage.

Mechanical compression maintains electrode contact without additives, suppressing pressure loss and enhancing deionization performance.

A one-piece annular secondary anode modulates plating current distribution to stabilize the electroplating environment.

Adjustable coolant flow passages in electrolytic cells maintain uniform temperature, reducing energy consumption.

A solid oxide electrolysis cell generates oxygen-enriched gas by electrochemically splitting CO2 at the anode.

Aliphatic semialdehydes reduce decomposition products in sulfur-based baths, maintaining stable via filling without formaldehyde hazards.

Multiple anodes on a transiting device replace contaminated electrodes to sustain high plasma formation efficiency and enable thicker film deposition.

A programmable optical lithography mask uses hydrogen-mediated composition changes to dynamically tune transmission and reflectivity across an addressable cell array.

A crosslinked fluoropolymer composition incorporating manganese or cerium additives to enhance mechanical strength and reduce swelling.

A recovery turbine reduces elevated pressure from an electrolysis cell stack to a lower level at the gas separator.

A dual-crystal felt member stabilizes electrochemical unit cells through high-temperature thermal treatment.