Radiation Pyrometry TRIZ Cases

Multispectral image reproduction detects few-layer graphene thickness via colorimetric analysis, replacing slow Raman spectroscopy with rapid optical imaging.

Angled broadband filters replace rotating diffraction grids, eliminating light scattering losses while enabling simultaneous multi-wavelength detection.

Comparing measurement and reference MEMS device outputs eliminates environmental noise, improving gas concentration accuracy.

Align wafer backside structures using scattered electromagnetic radiation from transparent substrates.

A spectrometer employs a plasmonic filter array to segment light into specific wavelength bands for detection.

A single-shot pulse contrast measuring device uses non-harmonic long-wavelength sampling pulses to enhance dynamic range and temporal window.

Thermal imaging detects pavement cracks by measuring temperature differences between heavily and lightly loaded road areas.

A detection device uses dynamic suction flow velocity to adsorb and desorb fluid samples on an optical surface.

A triple isotope method measures total energy expenditure using optical spectroscopy to detect stable isotopes in body water samples.

A display illuminates regions with controlled light to enable compact spectral detection.

A resonant delay scanner modulates optical path length to enable rapid spectral acquisition in stimulated Raman imaging systems.

Segmenting visible and infrared paths via prisms prevents field of view obstruction while enabling thermal image overlay on night vision systems.

Segmenting transparency into four optical factors resolves single-value measurement errors across varying film thicknesses.

Infrared sensors detect laser-induced heat signatures to coordinate multiple high energy laser platforms.

An interferometer-based system performs optical analysis downhole by generating time-varying interferograms for spectral data extraction.

Infrared spectroscope analyzes photoresist film properties during exposure, overcoming Fourier transform infrared spectroscopy limitations.

Merges optical imaging and spectral analysis to resolve the trade-off between high measurement precision and device complexity in water quality monitoring.

Piezoelectric vibrators map obstacle coordinates to specific tactile locations for spatial awareness.

A tiltable first reflection element generates relative movement between a celestial body image and an input plane.

Protective grille arrangement shields infrared transmitting pane from environmental damage while maintaining radiation transmission.

A composite optical member cancels spherical aberrations across wide wavelength bands, preventing accuracy deterioration in confocal displacement sensors.

Surfactants stabilize water dispersion in turbine oil, resolving light scattering issues that cause inconsistent spectral baselines.

Piezoelectric ribbon element alters diffraction efficiency to acquire light quantity data.

A light pipe system uses a reflective layer to redirect optical fiber emissions inward for precise distance detection.

Direct induction heating replaces thermal conduction to rapidly melt target material, ensuring stable plasma generation for extreme ultraviolet lithography.

A spectrometer captures spectral images to calculate evaluation values based on optical spectra from distinct regions within the image.

Active biometric spectroscopy resolves anatomical interference by inducing DNA resonances with focused electromagnetic waves.

Segmenting the packaging into a transparent cap region and epoxy encapsulation resolves the trade-off between manufacturing cost and radiation transparency.

A rotatable arm links light source and spectrometer housings to enable adjustable emission angles.

Replacing expensive metal oxide layers with a graphite and carbon black mixture lowers production costs while maintaining high far-infrared emissivity.

Monolithic mode-matching tapers couple photomixers to waveguides, eliminating discrete alignment losses and improving mechanical stability.

Photonic integrated circuit with tunable bandpass filters segments light to resolve bulky broadband spectrometer size and cost constraints.

A tunable coherent optical time division reflectometry system uses a wavelength division demultiplexer to route signals across multiple fibers.

Multiple identical integrated computational elements sequentially interact with incident electromagnetic radiation to enhance detection sensitivity.

Fixed grating rotation angles stabilize wavelength accuracy by avoiding errors from varying initial start wavelengths during spectrograph scanning.

Segmented LED light source illuminates biological samples to enable precise substance identification via spectral measurement.

An optical spectrum acquiring unit images food to capture spectral data for state analysis.

An infrared scene generator modulates electromagnetic radiation via surface plasmon polaritons on prism-coupled conductive elements.

A photocathode monitor generates electrons via ultraviolet light to ionize sample molecules.

Funnel light guides channel reflected radiation to color sensors acting as distance detectors, correcting brightness variations across wide ranges.

Magnetic particles form surface-area-maximized pellets for Raman spectroscopy, reducing background interference in turbid liquids.

Angled diffraction grating aligns dispersed light along the probe axis in forward-viewing spectrally encoded endoscopes.

A conductive polymer structure amplifies scattering light signals from microbiome samples to enhance Raman spectral intensity.

A detachable sample spinner uses magnetic drive to rotate the turntable without physical shaft penetration.

An image sensor array samples pixel rows at varying timestamps to detect light source flicker frequencies.

Nanocone optical antennas collect and focus weak optical signals via resonant excitation, enabling high-sensitivity visible and infrared detection.

Heating module maintains optical sensor window temperature to volatilize contaminants.

Beam folding optics and switching mechanisms prevent back reflections from damaging the oscillator while maintaining high EUV light production efficiency.

A laser spectrometer corrects wavelength and tuning range using temperature and current ramp adjustments.