Electrical Discharge Ozone Preparation TRIZ Cases
- Corona Discharge Ozone Cell With Variable Output Control
A curved-wall corona discharge cell uses adjustable power and gas flow to vary ozone output efficiently for disinfection and decontamination.
- Ozone Generator Electrode Layout for High-Pressure Corona Stability
A supported dielectric and connected gas gaps enable compact high-pressure ozone generation while reducing cracking and short-circuit risk.
- Ozone Generator Electrode Assembly to Prevent Tube Electrode Exfoliation
A conductive adhesive electrode link cuts contact resistance and heat, preventing dielectric tube electrode peeling in ozone generation.
- Annular Heat Pipe Cooling for Multi-Gap Ozone Generators
Annular heat pipes cool ozone generator discharge gaps more efficiently, raising ozone concentration while reducing NOx and cooling complexity.
- Ozone-Assisted LSP Lamp Ignition Without Oxidizing Electrodes
O3 generated inside the lamp absorbs ignition energy, enabling oxygen-containing LSP startup with lower laser power and no oxidizing electrodes.
- Ozone-Assisted Laser Sustained Plasma Ignition Without Electrodes
Vacuum ultraviolet light converts O2 to O3 so oxygen-containing LSP lamps can ignite plasma at lower power without electrode oxidation.
- Annular Heat Pipe Cooling for Multi-Gap Ozone Electrodes
Integrated annular heat pipes cool ozone discharge gaps at the electrode, improving ozone concentration while avoiding bulky added cooling systems.
- Porous-Cooled Ozoniser Structure for Higher Ozone Yield
A porous cooling-fluid channel boosts heat transfer in an ozoniser, raising ozone yield while reducing coolant use and thermal decomposition.
- Quartz Dielectric Discharge Tube to Prevent Ozone Electrode Corrosion
A quartz dielectric barrier confines corona discharge away from metal electrodes, reducing oxidation and extending ozone tube life.
- Ozone Supply Pressure Control for Stable Concentration Output
Pressure-based ozone estimation and dilution-air control stabilize target concentration while reducing meter drift and vacuum pump corrosion.
- Ozone Generator Metal Compound Layer for High-Concentration Output
A non-conductive metal compound layer suppresses ozone decomposition and enables higher-concentration ozone from high-purity oxygen.
- Trench-Grooved Gas Generation for Higher Ozone Concentration
Optimized trench pitch and volume ratios raise ozone concentration while limiting pressure loss, electrode damage, and voltage demand.
- UV Ozone Generator With Narrow Annular Flow Gap
A narrow coaxial annular flow path limits 254 nm ozone breakdown while improving photon absorption for higher ozone yield.
- Bent Ceramic Electrode Structure for High-Concentration Ozone
Bent ceramic bodies support high-concentration ozone generation and durable electrode bonding.
- Modular Ozone Generator with Removable Electrode Assemblies
Segmenting the ozone generator into independent cells allows individual electrode replacement without full disassembly, eliminating cascade failure risks.
- Ozone Generator Power Supply Adaptive Control
An adaptive power supply modifies pulse parameters to maintain optimal ozone yield while reducing energy consumption.
- Dual Controller Ozone System for Multi-Chamber Tools
A dual controller ozone delivery system adjusts generator power via a predictive algorithm to maintain stable concentration levels.