Electromagnetic braking suppresses grating vibrations to improve wavelength selection accuracy.
Reflective and transmissive metasurfaces replace bulky optics, reducing system volume while maintaining spectral resolution.
A calibration light source uses mechanical decoupling to isolate the exit opening from housing thermal expansion.
Flanking abutting parts stabilize the colorimeter on curved surfaces, reducing measurement fluctuations caused by planar contact gaps.
Localized high-pressure buffer gas suppresses debris without attenuating EUV radiation.
Light guiding portions with reflection surfaces transmit optical signals to increase arrangement freedom while maintaining measurement precision.
A modified Czerny-Turner spectrometer employs a cylindrical optic to correct astigmatism, achieving 0.1 nm spectral resolution and over 50% throughput.
A radiation source introduces cryogenic buffer gas to suppress debris particles via dense atomic collisions.
Direct grating groove formation on a curved resin surface prevents positional distortions during mold pressing.
Direct spectral comparison of natural and concentrated sunlight eliminates calibration errors across outdoor weathering devices.
Reflected radiation analysis detects particles in reticle blanks early, resolving contradictions between measurement precision and device complexity.
A microscope uses cyclic illumination to generate primary image data sets for reflection spectrum calculation.
Optical measurement replaces subjective human visual inspection, eliminating evaluation inaccuracies while preserving visual recognition fidelity.
Measures wafer back surface reflectance to adjust camera sensitivity, preventing thermal cracking during rapid flash lamp annealing.
A handheld infrared imaging device detects studs by analyzing thermal gradients in wall structures.
Segmented flame-resistant housings isolate optical paths from electronics, eliminating expensive isolated driving circuits for passive infrared sensors.
A dual order spectrometer uses a spatial split dichroic assembly to separate light into multiple bands for detection on a single focal plane array.
Gold-plated electrode mediates thermal conduction from lead selenide film to chip thermistor, eliminating lag caused by poor quartz substrate conductivity.
A thermal image sensor and reference point estimation unit generate absolute temperature distributions from relative infrared data.
A detector arrangement measures far field radiation position using a reflector and sensor system.
A catheter probe integrates optical coherence tomography with infrared spectroscopy to simultaneously capture arterial wall morphology and chemical composition data.
Decompose infrared spectra into wavelets to selectively attenuate noise, improving signal-to-noise ratio without extending measurement time.
A wavelength tunable interference filter controller acquires light levels during substrate oscillation to determine the target light level.
Dual-compensated passive infrared sensors paired with a capacitive proximity detector enable accurate pet identification while minimizing power consumption.