Material Analysis Using Wave/Particle Radiation TRIZ Cases

Segmented X-ray sources switch electron emitters between energy spectra to resolve material separation without dual-detector hardware complexity.

A stationary x-ray source directs beams obliquely onto subjects walking through a pass-through scanner.

Backscattered x-ray detection identifies fluid composition inside conduits without disturbing the sample, resolving interface disruption.

An adaptive scatter correction method estimates x-ray beam profiles to model intensity variations across diverse scan conditions.

A blanking control circuit generates variable positive and negative voltages to stabilize an electron beam across different acceleration settings.

Rotating fluence gate and scatter shield modulate x-ray beams, reducing dose inhomogeneity and scattered radiation to improve image contrast resolution.

Neutron-based detection systems perform high-throughput elemental analysis of scrap materials using prompt gamma activation signatures.

Adjusts metallurgical processing based on EBSD-measured crystallographic texture to mitigate cold dwell fatigue failure risk.

A calibration object containing X-ray attenuating markers enables CT system parameter determination directly from radiographic images.

Segmenting the detector array into independent modules at different angular orientations increases throughput without expanding the contiguous detector area.

A processing apparatus applies non-negative matrix factorization to X-ray powder diffraction profiles using known information.

Automated dual-energy radiation scanning determines moisture content and scales wet mass flow for precise dry mass estimation.

Energy-filtered detection selects backscattered electrons above a threshold to form EBSP images.

Continuous laser movement prevents matrix quenching and improves detection sensitivity by 10-20 times compared to stationary positions.

X-ray radiographic imaging acquires 2D layers to generate 3D part models for real-time defect detection during additive manufacturing.

A contactless rotary transformer transfers power and data between stationary and rotating gantry components.

Dual gripping members with positioning projections hold masks at various orientations, resolving flexibility and efficiency trade-offs.

Reducing halogen impurities in a core-shell electrode catalyst prevents corrosion and extends fuel cell life.