Using Wave/Particle Radiation Means TRIZ Cases

See how a cover with fluid introduction and discharge ports enables heat removal from vacuum tu

SAR flags ground displacement over wide areas, then moving-body sensor data pinpoints cracks and potholes for precise deterioration assessment.

Height and time-based velocity from reflected waves help distinguish safe supported, crawling, standing, and fall states while cutting false alerts.

Direct electron counting fits backscattered electron statistics to a thickness function for accurate, repeatable thin film measurement.

Asymmetric upper and lower antenna spacing separates overlapping range bins, enabling more accurate millimeter-wave thickness measurement.

High-frequency radar spectral differences between wheelpaths and non-wheelpaths reveal early pavement microcracks before visible failure.

Movable X-ray sources shift between scan positions to cut image overlap, widen angles beyond 180°, and improve 3D cargo screening.

Direct electron counting of backscattered electrons improves thin-film thickness estimation accuracy and repeatability across detector settings.

A bounded initial search space and fixed pre-calculated grid cut NLS computation while improving robust elevation angle and height estimation.

Radar reflections, Doppler values, and height metrics improve fall-state classification while reducing false alerts and resource use.

Radar reflections reveal layer thickness and permittivity, enabling non-destructive composition analysis of walls or floors.

Radar reflections are used to estimate layer permittivity and thickness, revealing wall, ceiling, or floor composition without destructive inspection.

Non-destructive X-ray co-fitting classifies structural parameters in 3D NAND to improve critical dimension accuracy with less computation.

Final-slice thickness is adjusted to reach the preset end-piece length, reducing waste while maintaining portion consistency.

By adding radio reception to the X-ray detector, this case locates treatment instruments without separate receiver hardware, saving space and cost.

Phase difference from two vertically aligned receivers enables more accurate target height estimation over reflective surfaces without reflectivity bias.

Discrete coordinate measurements calculate grating line angle rotation to assess stitch quality faster and at lower cost.

An adjustable slit and substrate fluorescence signal address high noise and long measurement times in ultrathin film thickness testing.

Network-configured RF sensing specifies geometry, resolution, and report format for accurate wireless target classification.

Radar height estimation uses road-surface reflection points from the same vehicle to avoid relying on another vehicle's detection results.

X-ray diffraction analysis estimates complex semiconductor deep-hole contours while reducing redundant shape parameters for precision.

Multiple reflections and synchronized phase, frequency, and wavelength raise beam intensity for sustained laser fusion energy generation.

Phase-shift transmission and vertically offset antennas help vehicle radar estimate target height for more precise obstacle control.

Segment-specific weights refine noisy sensor contours, improving boundary accuracy while reducing computation and outlier influence.

A hybrid photonic iterative solver combines analog photonics with digital electronics to compute solution values efficiently.

A multiplexed electrical impedance sensing system decodes simultaneous electrode signals to generate tomographic fluid images.

Temperature correction tables adjust detection exposure doses based on cooling medium changes, maintaining measurement accuracy without redundant chillers.

Multi-frequency electromagnetic probe detects coating thickness by analyzing reflected energy spectra.

Radiation-sensitive sensor detects interactions with measurement objects to identify defects without full tomographic reconstruction.

A concentric carriage radiographic system rotates detectors around piping to capture high-speed digital images.

Calculation part determines foreign object planar area using effective pixel counts from X-ray luminance distribution data.

A shape calculation device creates data frames from scattering profiles to determine periodic structure geometry with high precision.

X-ray radioscopy measures polycrystalline diamond thickness variations nondestructively, eliminating costly destructive testing and preserving production parts.

A Compton scattered X-ray visualizer uses segmented emitters and receivers to detect radiation for high-resolution tissue imaging.

A measurement processing device selects optimal sliced planes to reduce inspection time.

Continuous spectrum X-rays scatter from metal surfaces to produce spatially resolved intensity patterns for grain analysis.

Dual-filter X-ray generators replace hazardous chemical sources, enabling reliable density measurements in spatially constrained and high-temperature boreholes.

Microwave resonance cavity determines coating thickness independent of substrate conductivity, resolving accuracy limits on carbon fibre reinforced plastic.

A backscatter x-ray system generates three-dimensional detectability diagrams by analyzing photon scattering and object density.

X-ray photon detection overcomes electron signal loss in deep structures to enable reliable defect classification.

Maximum likelihood analysis of transmitted energy spectra estimates characteristic thicknesses, reducing measurement errors from photon noise.

XPS and XRF intensity signals determine multi-layer film thickness by estimating an effective substrate model, resolving signal overlap from underlying layers.

A dynamic knife edge limits the lateral dimension of an incident X-ray beam to define a precise measurement area on a sample surface.

A method measuring X-ray reflectivity before and after object formation to determine layer thickness accurately.

A dual-energy detection apparatus uses a scintillation detector in integration mode and a Cherenkov detector in counting mode to process X-ray signals.

An X-ray reflectometry system uses point focusing and adjustable slits to enhance signal intensity.

A detection unit acquires SAR displacement data to identify building tilt from unequal settlement.

A millimeter wave testing device measures plastic bottle wall thickness using guided electromagnetic waves.

Multiple ray sources arranged in a linear array emit conical beams alternately, reducing detector length and eliminating mechanical rotation complexity.

A sinkage prediction device analyzes time-series observation data to determine horizontal direction variations on the ground surface.