Plasma Technique TRIZ Cases
- Gas-Cooled Plasma Arc Torch Nozzle Cooling Channels
Replacing liquid cooling with internal gas channels eliminates spill risks and maintenance costs while maintaining high-current thermal management.
- Self-tuned Dielectric Barrier Discharge Power Density
A self-tuning plasma generation method adjusts resistance to match circuit impedance for maximum peak power delivery.
- Adjustable Consumables for Liquid-Cooled Plasma Arc Torch
Adjustable length consumables extend torch reach into tight channels while liquid cooling prevents overheating during high current operations.
- Plasma Nozzle with Segmented Channels for Arc Control
Segmented channels in a plasma nozzle prevent arc contact with walls, reducing surface damage while boosting productivity.
- Decoupled Nanosecond Plasma for Molecular Dissociation
Decoupled nanosecond pulses direct energy into chemical bonds, minimizing ionization waste and boosting dissociation efficiency.
- Air Plasma Propulsion System with RF Ionization
An air plasma propulsion system eliminates device complexity by extracting fuel tanks and electrodes, using atmospheric air for autonomous operation.
- Plasma Torch Cooling Tube Bead for Heat Transfer
Bead-like thickening on the cooling tube narrows the gap to the electrode, increasing heat transfer efficiency and reducing overheating.