Material Analysis By Transmitting Radiation TRIZ Cases

A ring of independently controlled X-ray source points improves dose uniformity, heat dissipation, and radiation security during sample irradiation.

Large-angle paired X-ray sources and sensors increase image misalignment, enabling more precise foreign object depth estimation in samples.

Multi-energy backscatter detection separates low-atomic-number materials by comparing energy responses, reducing false alarms in inspection imaging.

Automated frame handling and scan-data isolation create diverse synthetic X-ray cargo images for faster ML training and object detection.

An axial locking mechanism restrains the slip ring during vehicle travel, preventing vibration-driven rotation and damage to the source and detector.

Rotating and liftable X-ray sources expand pallet scan angles beyond 180° to cut image overlap and improve 3D cargo inspection accuracy.

A decentered pupil stop compensates for tilted X-ray entry, preserving small spot size and high-resolution imaging of fine structures.

Multiple light receivers per scintillator cell split high-energy signals to avoid IC clipping, reduce noise, and widen detection range.

A narrow-angle, long-distance X-ray setup improves battery cell gap imaging and helps detect broken contacts and deformation with low distortion.

Overlapping flexible detector panels and a support plate maintain curvature, stable fixation, and clear imaging on large steel pipes.

X-ray transmission imaging maps and identifies metallic dust in battery specimens, cutting manual analysis time while improving detection accuracy.

A timed warm-up lets the X-ray source and photon-counting detector stabilize before correction, reducing startup noise and improving accuracy.

Alternating scintillators and low-refractive layers focus emitted light onto the correct pixels, reducing blur and improving X-ray image resolution.

By moving the X-ray source and detector with the product, this case extends exposure time for clearer, lower-noise images without slowing conveyance.

Rotating, vertically movable X-ray sources expand scan angles beyond 180° to cut image overlap and improve aviation pallet inspection.

Transmittance screening from transmitted electron data helps preselect suitable crystals, cutting repeated diffraction measurements and reliance on intuition.

Synchronized switching across segmented pixel arrays enables TDI signal addition at higher detector counts without storage circuits or larger layouts.

Offset detector lines and virtual data interpolation raise dual-energy X-ray image resolution without adding elements, slowing throughput, or worsening noise.

Two X-ray beams at different angles and energies map fluid phases in porous samples faster, without contrast agents that alter behavior.

A shielded support base fixes the circuit board and radiation sensor to the housing, improving impact strength while protecting ICs from radiation.

Pixel-wise liquid crystal transmittance control and a half-transmission beam stopper let TEMs capture center spot intensity without saturation.

Pre-synchronized detector control coordinates X-ray timing across multiple imaging units to prevent abnormal imaging and expand dynamic imaging use.

Metal base pipes joined by carbon fiber connectors create a rigid CT inspection passage that lowers cost and preserves ray transmission.

A movable accelerator cabin doubles as a counterweight, balancing the unfolded scanning device without added mass, cost, or deployment delay.

Two angled X-ray beams and automated conveyors speed hand-luggage screening while reducing manual inspection, space use, and radiation exposure.

Matrix indicators with distinct central and peripheral styles improve AEC field visibility, alignment accuracy, and dose region recognition.

By merging article detection and X-ray results into one inspection dataset, the control flow is simplified without sacrificing defect accuracy.

A filtered single detector separates X-rays into two energy bands, simplifying setup while preserving image quality at higher conveyance speeds.

Alternating detector columns are integrated by conveyance speed to cut image volume and keep X-ray inspection transfer and detection on time.

By packaging article-detection and X-ray data together, the control flow stays simpler while defect judgment remains accurate.

Alternating detector columns cut image volume at high conveyor speeds, enabling timely X-ray inspection without losing low-speed detail.

A filter unit splits transmitted X-rays into two energy bands on one detector, avoiding dual-sensor alignment issues while improving inspection accuracy.

Direct contact detection enables high-power 3D X-ray imaging with less blur and high-resolution reconstruction in under 60 seconds.

Rotatable wheel assemblies and a detachable thin protector help a bendable radiation detector keep close contact on curved surfaces without added bulk.

An X-ray transparent support keeps flexible film samples flat during inspection, improving foreign object detection despite bending or sagging.

Alternating sparse detector layouts cut scintillator cost while computational reconstruction preserves X-ray resolution, penetration, and wire detection.

By constraining focal diameter and object-to-scintillator spacing, this case reduces penumbra blur for stable detection of tiny metal contaminants.

A rotatable tray and front-access telescopic arm simplify X-ray sample transfer, improving positioning accuracy and throughput.

Dynamic energy thresholds reconfigure photon-count bins during scanning to improve X-ray material classification without stacked detectors.

Interchangeable X-ray sources and detectors cut scanner upgrades and automate parameter training for faster contaminant inspection setup.

Multiple ray generators and adjustable collimators prevent overlapping images, improving object outline identification in radiation inspection.

X-ray imaging and trained models localize installed fasteners, detect hidden defects, and generate annotated inspection reports faster.

A shared touch display and angle control panel shows X-ray source positions around the subject, reducing gaze shifts and improving positioning.

Rotatable wheels and a detachable thin protector help a bendable radiation detector follow curved subjects while keeping image distance stable.

A driven contact brake with a resilient pad locks the slip ring against vehicle vibration, protecting radiographic scanner components.

Multiple translated X-ray scan positions and moving detectors reduce image overlap in aviation pallet cargo inspection while enabling 3D reconstruction.

Synchronized pulsed irradiation captures internal specimen structure at high speed without sacrificing spatial or temporal resolution.

Color-coded atomic number ranges turn ambiguous X-ray images into consistent material identification, reducing reader dependence in prohibited-item screening.

Dynamic threshold updates with sensitivity correction keep photon-counting X-ray inspection accurate when inspected article properties change.

One imaging instruction drives multiple still or dynamic captures, reducing repeat order handling and easing patient-side radiography workflows.

Radiographic imaging finds suspected regions first, while movable diffraction sensing identifies substance characteristics without opening packages.

Solid-State Single-Photon Detector enables low-rate gamma-ray imaging with a safe, unregulated Americium-241 source.