X-Ray Tube Windows TRIZ Cases
- Wafer Stage Vacuum Insulation Layout for Lower Heater Power
Vacuum-sealed arc spaces between the heater and refrigerant path cut heat loss in a wafer stage while maintaining stable wafer temperature.
- X-Ray Tube Filament Layout to Shield the Output Window
A shifted filament and focusing electrode geometry blocks desorbed metal atoms from the output window, preserving X-ray transmittance and purity.
- Staggered Faraday Shield Layout for Plasma Etching Power Transfer
Staggered Faraday shields limit copper byproduct eddy currents near the RF window, preserving induced field strength and reducing chamber cleaning.
- Coated Microwave Window for Uniform Substrate Heating
A coated microwave window uses surface plasmon resonance and regional thickness tuning to heat semiconductor substrates faster with better uniformity.
- 2D Polymer X-Ray Window for Transparency and Impact Durability
A 2D polymer window layer keeps soft x-ray transmission high while resisting breakage, radiation exposure, and particulate impacts.
- X-Ray Target Exit Bore Geometry for Secondary Image Suppression
A conical, low-Z lined exit bore absorbs scattered electrons to cut secondary images and improve CT reconstruction fidelity.
- Silicon Nitride X-ray Window With Patterned Support
Patterned silicon supports reinforce silicon nitride films to withstand harsh pressure differentials while maintaining optimal x-ray transmission.
- X-ray Tube Electron Collector Aperture for Diffraction Artifact Reduction
Truncated cone aperture and attenuating material block Bragg diffraction artifacts while maintaining thermal performance.
- Ceramic X-ray Generator Housing with Active Soldering
Doped ceramic housing integrates surface conductivity and active soldering to resolve manufacturing precision versus complexity trade-offs.