Electrolysis Components TRIZ Cases

Adding metal fluorides to the electrolyte prevents anode effects and sludge generation, maintaining high current efficiency during continuous production.

Haloferax mediterranei cells degrade nitrobenzene and phenol in hypersaline wastewater, eliminating the need for costly dilution steps.

Trisodium phosphate electrolysis cleans aluminum without etching or pitting, maintaining surface brightness for recycling.

A vertical photoelectrochemical etching apparatus supports semiconductor substrates upright within a liquid bath.

A frozen Taylor cone nanotip generates stable electron emission through rapid quenching of a high-temperature liquid cone.

A rotating fixture moves metallic stents through an electrolytic solution to achieve uniform surface electropolishing.

Electrophoretic deposition densifies porous metallic membranes with ceramic particles to control penetration depth and green density.

Molten salt electrolysis converts silicon tetrachloride and magnesium chloride into reactive silicides.

Electrolytic exfoliation with in-situ polymerization reduces defect density and enables scalable production of surfactant-free graphene dispersions.

A method captures industrial CO2 and converts it via electrochemical reduction into formic acid to serve as a carbon substrate for microbial fermentation.

A gas treatment apparatus uses a plasma actuator and ozone decomposition device to generate active oxygen.

Thiol reagents selectively break lignin bonds under mild conditions, avoiding costly side reactions while enabling thiol regeneration.

Asymmetric masking excludes side edges during electrolytic etching, preventing contraction-induced wrinkles and warpage in capacitor electrode foils.

Electrochemical impedance spectroscopy monitors workpiece conductivity during etching to detect the development endpoint dynamically.

A wafer plating jig uses magnetic coupling to hold semiconductor wafers securely during electroplating processes.

A perovskite-type light-absorbing layer with adjustable band gaps enhances oxygen generation efficiency.

A tailpipe honeycomb filter uses spherical sorbents to absorb exhaust gases directly from vehicle emissions.

On-site ammonia synthesis via water electrolysis and air separation eliminates external supply costs while maintaining reliable nitrogen oxide removal.

A voltage measurement system averages half-pulse readings to classify electroerosion discharges and regulate power supply parameters.

Electrolytic manganese dioxide with controlled sulfate content and pH prevents metal corrosion during battery production.

An electrolyser decomposes waste water into hydrogen and oxygen to restore fuel cell power output.

Robots orient assemblies vertically in immersion tanks, reducing footprint and energy consumption compared to horizontal conveyor systems.

Controlled alkali potential and sulfate content in electrolytic manganese dioxide improve high rate discharge while preventing metal corrosion.

Electrochemical polymerization forms cross-linked gels using electric current to drive molecular assembly without chemical catalysts.

Operating a fuel cell in reverse as an electrolyzer converts methane to syngas with precise H2/CO ratio control.

Electrophoresis deposition assembles metal oxide layers on transparent substrates, reducing high temperature sintering requirements.

Isotachophoresis separation stabilizes signals in direct coupled ICPMS, resolving reproducibility issues from transient elution variations.

Electrolysis generates pH changes in aqueous phases to transfer acids, eliminating salt disposal issues.

A conductive coil embedded in a filter element receives power via electromagnetic induction from a housing base.

A plasma processing control device generates pre-treatment execution objects based on carrier processing information to initiate cleaning operations.

Feedback control maintains iron levels to prevent cathode degradation and reduce maintenance needs.

Sn—Ni alloy flakes in the plating layer suppress whisker nucleation under thermal shock while maintaining solderability.

A lithium carbonate preparation process using CO2 sparging to precipitate the product from lithium hydroxide solutions.

A segmented nozzle structure directs plating liquid through multiple jet paths to achieve uniform film deposition on semiconductor wafers.

Electrolyzing metal alkoxides in a cell with an ion-selective membrane produces pure metal while recovering reactants and reducing corrosiveness.

Recycles heated effluent to sustain catalyst integrity and enable rapid restart when renewable hydrogen feed resumes.

A rotating plating rack reorients lug nuts during electroplating to refresh electrolyte flow within recessed cavities.

A galvanoplasty mold uses an insulating intermediate layer between conductive substrate sections to enable precise directional etching.

A dynamic metal-anode flow battery system recycles zinc oxide particles through integrated electrolysis and mechanical removal mechanisms.

A desalination apparatus uses drive cells to generate voltage from concentration differences between diluent and concentrate solutions.

Barium hafnate electrolytes replace zirconium to resolve CO2 degradation issues and maintain stability in solid oxide fuel cells.

Segmenting the electrolytic tank from the motorized head reduces structural complexity while maintaining safe immersion for burnishing operations.

Double milling modifies electrolytic manganese dioxide particle size distribution to increase compact density.

Plasma-enhanced atomic layer deposition forms metal oxide layers on semiconductor substrates using ozone and radio frequency power to accelerate oxidation reactions.

Compounded stimuli on palladium electrodes sustain exothermic water-to-steam conversion, resolving insufficient energy density in nozzle throats.

Gas-liquid two-phase plasma generates fluorescent carbon quantum dots, resolving discharge instability and high voltage trade-offs in liquid-only synthesis.

Dynamic EGR valve control optimizes cleaning fluid circulation to remove scale from inflow circuits and valves without restricting emission reduction.

Electrolyzer deoxygenates aqueous phase organics in hydrothermal liquefaction to produce hydrocarbons.

A probe electrode transfers mineralising agents to demineralised tooth structure via iontophoresis.