Electric Discharge Lamps TRIZ Cases
- Plasma Light Enclosure-Holder Structure for Stable Output
Integrating the insulating enclosure with the electrode holder suppresses gas convection and vibration, helping plasma light stay stable.
- Plasma Light Sealed Body With Separated Laser and Output Windows
Separate plasma light and transmitted laser paths with dedicated windows and a shielding wall to improve output quality and reduce heat damage.
- Light-Emitting Sealed Body With Narrowed Openings for Plasma Stability
Narrowed enclosure openings suppress gas convection and outside influence, helping a plasma light source maintain stable, cleaner output light.
- X-Ray Detector Window Layer and Bar Structure for Low-Energy Sensitivity
An ultra-thin conductive window layer with a bar structure improves low-energy X-ray sensitivity while maintaining radiation hardness.
- Light-Emitting Sealed Body With Crossed Optical Axes
A light-shielding housing with dedicated input and output windows cuts optical loss, supports higher gas pressure, and improves plasma light output.
- Light-Emitting Sealed Body With Intersecting Optical Axes
A light-shielding housing with sealed transmission windows cuts laser and output light loss while supporting compact intersecting optical paths.
- Microwave Plasma Lamp Phase Shifter for Bulb Integrity
A microwave plasma lamp phase shifter converts linear polarization to elliptical polarization using a cross-shaped waveguide.
- Microwave Generator for Plasma Light Efficacy
An electrodeless plasma device uses a dielectric resonator focuser to concentrate microwaves, boosting luminous flux while keeping input power under 700 W.
- Multilayer Metal Film Sealing for Photomultiplier Tube Airtightness
A titanium-platinum-gold multilayer metal film seals photomultiplier tube joints using indium to maintain vacuum integrity.
- Stationary Electrodeless Lamp Using Dielectric Waveguide
Dielectric rod channels radiofrequency energy into plasma bulb to generate light without mechanical rotation.