Plasma Technique TRIZ Cases
- In-liquid Plasma Generation Using Dielectric Barrier
Low-dielectric barriers improve plasma generation efficiency in liquids, resolving direct discharge inefficiencies for water treatment and synthesis.
- Plasma DC-DC Transformer with Helical Electrodes
Helical electrodes induce plasma rotation to transform direct current, reducing device complexity while enabling flexible step-up or step-down operation.
- Plasma Torch Head Cooling via Electrode Vent
Electrode vent channels gas across the bias spring to mitigate high temperature degradation and extend component lifespan.
- Plasma Torch Nozzle Radial Protrusions Cooling
Radial protrusions on the external nozzle component ensure accurate positioning while integrated coolant slots manage thermal loads during operation.
- Air Cooled Plasma Torch Cooling Channels
Air cooled plasma torch uses tapered cooling channels to manage high temperatures and prevent component failure during arc ignition.