Cells TRIZ Cases

A mayenite-type compound electrode enables efficient carbon dioxide electrolysis with reduced activation energy.

Oxide-based electrolytes replace fluoride systems to eliminate vapor formation while density gradients separate impurities during silicon refining.

Super-concentrated LiTFSI aqueous solution suppresses water activity to achieve 80% carbon monoxide selectivity during CO2 reduction.

A three-dimensional oxide-dispersed metal porous body enhances hydrophilicity and hydrogen generation ability in electrolysis electrodes.

A copper electroplating bath maintains ion concentration at saturation levels using a solid salt container, enabling high-speed plating without toxic additives.

A three-dimensional porous electrode structure enables high-energy X-ray scattering analysis of amorphous thin films during electrolysis.

A photoelectrochemical electrode deposits metal dichalcogenide layers on a porous carbon textile substrate to maximize surface area.

Metal oxide supports stabilize iridium oxide aggregations, reducing overpotential and carbon corrosion in PEM electrolyzers.

A filling device uses a weighing system to control spiral conveying speed for precise material delivery.

A mesh cathode with a defined area coefficient directs electrolysis to form calcareous concretions.

A plating bath vessel uses a conveyance apparatus to pump solution over the rim for continuous wall rinsing.

Variable electromagnetic field creates a temperature gradient that heats catalyst structures, improving reaction rates while reducing corrosion risks.

Electrochemical reactor system with polymer electrolyte membrane assembly for carbon dioxide reduction to ethanol.

A substrate holder uses a thickness absorbing mechanism to maintain consistent sealing force across varying wafer dimensions.

Segmenting the electroplating cell with an anion-exchange membrane prevents metal substitution-deposition on the soluble anode while maintaining ion balance.

A fuel filter device generates hydroxyl radicals to oxidize organic impurities into carbon dioxide.

Positioning a reference electrode near the cathode measures local potential, resolving voltage drop uncertainties that degrade deposition accuracy.

Integrated ozone removal filter in oxygen discharge opening removes toxic byproducts from water electrolysis, ensuring high purity oxygen output.

Dynamic segmentation of the reference electrode optimizes potential distribution during immersion, ensuring uniform current density and consistent film quality.

Preliminary powder mixing prevents component segregation in sintered targets, ensuring uniform thin film deposition.

A plating method supplies conductive liquid onto a substrate to drive selective film formation within vias.

A symmetrical hydrogen generating device uses a center-point rod to regulate electrical flow through brine electrolysis.

Segmenting separation into diffusion dialysis and electrolysis lowers energy consumption while enabling direct sulfuric acid recycling.

Segmented anode and cathode chambers prevent acidic corrosion while maintaining high treatment capacity through precise ion exchange.

Integrating terminal and bipolar electrodes reduces installation space while maintaining uniform current distribution.

Segmented nickel plating achieves 290-310 Gu glossiness to resolve excessive reflectivity that hinders code-printing quality.

A composite conductive polymer film forms directly on insulating substrates using a mixed oxidant system that reduces metal ions to elementary deposits.

A building power supply system uses methanol to store renewable energy for year-round use.

Segmenting the holder with a transparent window allows imaging devices to detect cracks and leaks, preventing tank contamination.

Movable conductive parts bridge electrical connectivity gaps in singulated packages, enabling reliable electroplating without strip-based assembly.

Segmented insulating end cap with threaded sections and flexible epoxy sealants prevents ceramic membrane breakage during assembly.

A microtubular reactor integrates solid oxide electrolysis and Fischer-Tropsch synthesis via an axial temperature gradient.

A water recycling system for carbon dioxide removal recovers and reuses process water.

Periodic polarity reversal mitigates electrode fouling in an electrolytic cell, maintaining lower current requirements while degrading ammonia contaminants.

A membrane assembly uses a locking arrangement to fixate gasket parts and the membrane within an electrolyzer cassette.

Aligned cooling channels in stacked electrodes enable fluid circulation to reduce electrical resistivity losses during high-pressure electrolysis.

A segmented cathode catalyst structure combines distinct metal layers to enhance reaction activity and stability during electrochemical processes.

Doped perovskite oxide cathodes enable electrocatalytic ammonia synthesis at atmospheric pressure.

Microfluidic electrochemical reactor synthesizes geminal dipseudohalide compounds via oxidative addition using electron transfer.

A bipolar separator uses superimposed distribution and cooling plates to manage reactive fluid flow and thermal regulation.

Interdigitated microelectrodes generate non-uniform electric fields to confine particles, eliminating sheath flows and reducing waste disposal complexity.

Segmented plastic rods prevent elastic deformation under pressure while maintaining uniform electrical contact between electrodes.

A casting method creates inorganic fiber reinforced gas separators with enhanced mechanical strength and dimensional uniformity.

A flow channel element in an electrolytic cell reduces voltage requirements by enabling direct carbon dioxide gas electrolysis without solubility limits.