Photometry TRIZ Cases
- Medical Photometer Tissue Thickness Compensation
A medical photometer calculates tissue thickness using dual infrared wavelengths to separate signal contributions from blood absorbers and physical dimensions.
- Layered Semiconductor Scintillator for High-Energy Radiation Detection
Alternating wide-gap barrier and narrow-gap well layers capture scintillation photons to reduce signal attenuation in thick detectors.
- Plasmonic Lens Spiral Pattern Linear Polarization Focusing
Segmented spiral zones direct surface plasmon polaritons to a focal point, resolving low coupling efficiency and large focal spots in imaging detectors.
- Fluorescent Gear Contact Inspection via UV Radiation
A fluorescent dye mixture applied to gear teeth reveals contact zones under ultraviolet radiation for precise meshing assessment.
- Yttrium-Containing Scintillator Compositions for Radiation Detection
Yttrium-containing scintillator compositions optimize light output and response time while resolving fabrication predictability challenges.
- Optical Effect Coating With Crossed Micro Openings
Crossed micro openings in printed layers increase light transmittance for sensors while maintaining visual opacity to conceal internal components.
- Optoelectronic Sensor Aperture Segmentation via Opaque Coating
A partially opaque layer forms defined apertures on an optoelectronic sensor's active surface to control light transmission.
- Shack-Hartmann Sensor Pupil Scanning for Wide-Angle Lens Aberration
Scanning a Shack-Hartmann sensor across the pupil plane overcomes incident angle limits, enabling precise wavefront measurement of wide-angle lenses.
- Diffractive Signaling Device for Rear-View Mirror
A diffractive signaling device integrates a diffraction grating on the mirror surface to generate illuminated symbols without altering the reflective architecture.
- Multi-Source Illumination for Rapid BRDF Acquisition
Simultaneous multi-source illumination captures reflection characteristics in a single image acquisition.