A stress measurement device uses polarization phase variation to image scattered light and calculate depth-resolved stress distributions in strengthened glass.
Multi-angle reflection analysis separates substrate retardance from film contributions, enabling accurate production testing without ultra-precision alignment.
Focused parallel-polarized light at the Brewster angle detects surface modifications on transparent substrates.
An optical measurement system determines retardation profiles from refracted light to enable online monitoring without sectioning or immersion fluids.
Region-specific parameter selection automates defect classification, eliminating manual review and reducing manufacturing costs.
A photomultiplier tube switches to intermediate dynode current paths to extend detection range beyond anode saturation limits.
A terahertz wave measurement system detects polarization intensities at multiple positions and orientations to estimate dimensional changes in molded articles.
A sheet discriminator uses a VCSEL array to differentiate specular and diffused reflection light for precise recording medium identification.
A sensing system combines depolarization and wavelength-dependent backscatter measurements to classify hazardous biological agents.
Independent rotation angles resolve alignment complexity for curved surfaces while maintaining measurement precision.
A liquid-sealed housing with an integrated light source and diffuser viewing screen enables remote optical inspection of sample cells.
A digital projection schlieren system uses a single back-illuminated grid element to project and re-image source patterns for glare reduction.
A refractory plasmonic metamaterial sensor detects environmental changes via optical reflectance shifts.
Aerial imaging system synthesizes reticle images using controlled polarization states to emulate exposure conditions.
A discrete Fourier transform method calculates normalized coefficients from exposure measurements using an integrating photometric detector.