Polarisation-Affecting Properties TRIZ Cases

A beam splitter directs reflected radiation to a camera sensor, magnifying focus deviations to correct optical aberrations and reduce stray light errors.

Aspherical correction plates modify pump illumination characteristics within a laser-sustained plasma light source system.

Rotational polarized light inspection detects surface and internal defects in pharmaceutical cylindrical containers.

Integrating optical components onto a single support structure reduces torsional errors and maintains measurement accuracy.

Silicon photomultiplier arrays replace bulky optics to resolve the trade-off between high-sensitivity polarization detection and device cost in flow cytometry.

Automated polarimeter measures glucose in ultrafiltrate via optical rotation, eliminating lab delays and staff intervention.

A magnetooptic element detects magnetic domain structure in electrical steel sheets to identify electron gun abnormalities.

Mueller matrix paired off-diagonal elements generate machine learning predictions of asymmetric parameters to improve dimensional measurement accuracy.

Spatially varying birefringent optics modulate polarization state within a measurement beam for single-frame sample characterization.

A polarization-resolved imaging system measures volumetric permittivity using programmable illumination and Stokes parameter deconvolution.

A magneto-optical measurement apparatus uses regression formulas to determine output values from reflected light under alternating magnetic fields.

Dielectric substrate enables total internal reflection for wide-field coherent anti-Stokes Raman scattering microscopy.

A pixelated polarizing camera acquires phase-shifted interference signals to measure multilayer thin-film thickness and profile.

A pulsed coherent white light source enables precise reflectivity and transmittivity measurements across various wavelengths.

Digital holograms rotate measurement beam polarization to determine birefringence, eliminating time-consuming mechanical calibration.

A contactless measurement device uses p-polarized electromagnetic waves at the Brewster angle to penetrate skin tissue without surface reflection.

Combining scanning interference signals creates a synthetic signal to resolve buried patterns and interfaces without complex modeling.

Asymmetric optical cavities on a hybrid plasmonic substrate excite degenerate localized surface plasmon modes, enabling picomolar chirality detection.

Optical metasurface and mirror adjust phase difference to control polarization state, eliminating mechanical waveplate swapping for faster diagnosis.