X-Ray Tube Electrodes TRIZ Cases
- Non-Circular Liquid Target X-Ray Source for Higher Flux
A non-circular liquid target widens the electron impact area, improving thermal loading, X-ray flux, and spot flexibility.
- X-Ray Source Support Structure for Thermal Alignment Stability
A low-expansion support member and target holder keep X-ray emission aligned under heat, preserving detection precision and image quality.
- Oblique Dual X-Ray Tube Layout for Uniform FLASH Dose at Depth
Intersecting oblique x-ray beams from two rotating anode tubes deliver uniform 40-200 Gy/s dose at depth for self-shielded FLASH studies.
- X-Ray Tube Focusing Electrode Shielding for Bulb Insulation
A tubular focusing electrode blocks X-rays from reaching the bulb unit, improving withstand voltage and reducing discharge risk.
- Rotating Liquid-Metal X-Ray Target for Debris Suppression
A rotating annular liquid-metal target uses groove shaping, a CNT membrane, and shielding to curb contamination while sustaining high X-ray power.
- Monolithic X-Ray Source Housing for Heat Dissipation and EMI Shielding
A magnesium-based monolithic housing joins the power supply and x-ray tube to improve heat dissipation, shock protection, and EMI shielding.
- Secondary Target X-Ray Carrier for Low-Dose Monochromatic Imaging
A removable secondary target converts broadband X-rays into monochromatic output, cutting patient dose while preserving image quality.
- X-Ray Target Thickness Tuning Across Accelerating Voltages
A two-mode electron beam thins target regions and shifts beam position to match accelerating voltage for efficient X-ray generation.
- X-Ray Source Beam Alignment With Sensor Feedback Control
Sensor-guided feedback aligns the electron beam and target automatically, cutting X-ray source downtime while preserving radiation quality.
- Doped Ceramic Spacer Layout for High-Voltage X-Ray Tube Stability
A graded-dopant ceramic spacer suppresses triple-point electron emission and removes charge to prevent arcing in high-voltage X-ray tubes.
- Grooved Rotating Light Source for Concave Liquid Plasma Formation
A grooved rotating surface shapes the liquid feed into a concave layer, limiting vapor spread and improving EUV plasma radiation stability.
- Open-Ring CT X-Ray Tube Layout for Heel Effect and Space Limits
Fixed CT tube angles balance heel-effect beam distribution with limited gantry space while allowing the emitter-detector ring to open for access.
- Field Emitter Structure for Guard Electrode Alignment
A stepped emitter and guard electrode structure corrects axis misalignment, stabilizes field emission, and improves electron beam focus.
- Fluid-Cooled Reflective X-Ray Source for Small Spot Resolution
Fluid cooling at the centering aperture, target, and diamond window limits overheating and supports a smaller x-ray focal spot.
- Potted X-Ray Tube Insulation Body for Flashover-Resistant Cooling
Plastic directing bodies and potting compound keep turned coolant hoses precisely spaced, enabling compact X-ray tube insulation with lower flashover risk.
- Linear X-Ray Anode Cooling Layout for Focal Spot Stability
Balanced coolant passages through the anode support and anode reduce thermal bowing, focal spot shift, and x-ray beam gap variation.