Material Analysis Using Wave/Particle Radiation TRIZ Cases

Gradient-based optimization corrects zone axis mistilt for sub-angstrom imaging and precise structural measurement.

A controlled reactor combines micro-CT imaging and time-series analysis to assess hydrocarbon yield without invasive sampling.

The case uses edge-region references and grouped width integration to validate central-region matching in multi-patterned memory cells.

Physics-based WDX correction improves X-ray estimates of composition and layer thickness.

Variable take-off angles reveal element depth and layer composition in X-ray fluorescence analysis.

Hollow and solid nanoparticles reduce reflectance while preserving scratch resistance.

This case uses a same-direction initial polymer model to shorten RMC equilibration while accurately estimating 3D orientation distributions.

Mapping-guided LA-ICP-MS improves U-Pb dating of heterogeneous minerals.

Different induction times in an HCHO–NaHSO3–Na2SO3 pH clock enable simple, accurate differentiation of chlorate and bromate solutions.

A reference crystal sample and Laue diffraction patterns align X-ray source and detector angles beyond detector resolution.

This case uses traversing winches and a crank mechanism to independently rotate specimens about orthogonal axes in high vacuum and low temperatures.

Oblique electron-beam imaging measures OLED partition protrusion for reliable layer division.

This XRF case switches between Fundamental Parameters and empirical methods to improve accuracy across broader concentration ranges.

Estimate crystallite orientation from 2D WAXD images to initialize RMC models and accelerate polymer orientation analysis.

Spectral CT projection analysis separates contrast from background materials before sampling, improving calculated blood flow parameters.

This case combines portable XRF, NIR reflectance, and PLSR to quantify plant leaf nutrients non-destructively in field analyses.

A filter card, collimated beam, and silicon drift detector improve trace-lead sensitivity for point-of-care blood testing.

Predefined analog region-of-interest windows restrict sensitive spectral data while preserving transparent, authenticable outputs.

Electron-beam X-ray detection and calibration graphs measure thin film thickness without contact, protecting yield and process efficiency.

Inside-outside gamma detection helps localize defects in densely packed fuel assemblies.

Pivoting goniometer arms and an evacuable chamber enable wide-angle X-ray measurement without rotating the sample.

Rapidly switching X-ray parameter sets and fusing images improves visibility of objects with different material properties.

Pre-installed composite foils seal a split sample holder, improving filling, robustness, and gas-tight transport for X-ray diffraction.

Electrode through-holes expose alignment marks for precise detector module positioning.

A TPC and scintillator arrays track Compton events for equisolid-angle gamma-ray imaging with less noise and background interference.

Electronic capture, location tracking, and remote reporting improve paving records while helping prevent nuclear gauge mishandling.

A movable support and continuous inert-gas flow protect moisture-sensitive samples while improving positioning and measurement reliability.

Frequency-encoded fluorescence and phase correction improve spatial data accuracy for particle characterization and sorting in flow streams.

Regularization narrows measurement recipe searches, reducing computation and improving robustness to hardware and geometry variation.

This case uses shaped reflectors to direct UV through a sanitization tunnel, reducing lamp count, energy use, and operator exposure.

An integrated PXRF attachment combines radiation and electric-field measurements to quantify soil organic content volumetrically.

A gap between K-edge energy bins limits spillover counts, improving contrast-to-noise ratio and material discrimination.

Angularly limited detector modules and a coded aperture combine coherent scatter data for wider coverage and accurate material typing.

This case embeds a composite authentication volume for XRD reading, masking material composition while preserving a precise signature.

A radiopaque poly-capillary collimator selectively passes near-axis x-rays, reducing scattered photons for clearer diagnostic imaging.

Ground-truth X-ray measurements help estimate 3D specimen parameters without destructive sectioning for high-volume manufacturing.

This case alternates X-ray recording parameters and merges image sets to improve visibility across objects with different materials.

Statistical analysis of optical wafer data selects priority areas, focusing e-beam inspection to improve coverage and precision.

Known center distances on perpendicular gauge bases expose CT reconstruction errors during steep-angle calibration.

Accumulated 2D X-ray projections and grayscale profiles locate the neutral fiber while avoiding full 3D reconstruction.

Controlled hydrogel adhesion enables tissue section transfer with less damage, supporting imaging and biomolecule detection.

This case uses a magnetic field, shielding block, and coated magnets to protect X-ray detection from interference.

This case fuses high- and low-frequency soil and plant measurements to improve accuracy, resolution, and spatial mapping.

Multiple rotating X-ray sources and receivers use fan beams and 3D reconstruction to inspect large objects in a compact CT system.

Electron beams and X-ray modeling use ground-truth and simulated features to estimate structural parameters without damaging specimens.

This XPS approach combines multiple X-ray energies to measure vertical element concentration in one non-destructive measurement.

Freezing and thawing aggregates nano-sized microplastics, simplifying recovery and analysis without added coagulant.

Match X-ray and light microscope images for cellular 3D sample observation.

Freezing and thawing water aggregates nano-sized microplastics, enabling recovery and analysis without coagulant interference.

An integrated sleeve assembly locks the CT rotating frame at arbitrary angles and retains its original position during slip ring bearing replacement.