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.