Material Analysis By Measuring Secondary Emission TRIZ Cases
- X-Ray Fluorescence Peak Identification With Multi-Line Verification
Candidate element lists and linked line-type displays simplify X-ray fluorescence peak verification and improve identification accuracy for non-experts.
- Particle Beam Illumination for Extended-Range High-Resolution Imaging
A scanned particle beam with charge control overcomes optical wavelength and reflectance limits for high-resolution imaging beyond 10 meters.
- Iterative X-Ray Background Fitting with Combined Algorithms
Broad continuum features can distort X-ray background estimates; combining SNIP and polynomial fitting improves net-intensity extraction for deconvolution.
- Neutron-Gamma Inspection Using Scattered Neutrons for Salt Measurement
This case uses scattered neutron detection to correct gamma doses and improve salt concentration estimates in concrete.
- Pulsed Laser Composite Surface Cleaning and Activation
Plasma treatment removes mold release contaminants from composites without grit embedding, enabling reliable nondestructive assessment of surface activation.
- Ion Channeling Imaging for Rapid Grain Boundary Mapping
Ion channeling imaging delineates grain boundaries to reduce mapping time while maintaining high-resolution material characterization.
- Curved X-ray Analyzer Parallel Detection Spectrometer
Curved x-ray analyzer disperses fluorescence energies spatially for simultaneous detection across a single sensor array.
- Computed Laminography XRFI Near-Grazing Incidence
Near-grazing incident angles reduce fluorescence x-ray attenuation within specimens, enabling sub-ppm detection sensitivity and microns-scale resolution.
- X-ray Analysis Target Assembly for Throughput Optimization
A movable target assembly switches measurement targets in and out of the X-ray beam optical path to enable continuous fluorescence analysis.
- Combined XRD and XRF Detection Using Scanning Wavelength Selector
A scanning wavelength selector switches between X-ray diffraction and fluorescence modes within a single detection arrangement.
- Tilted Radiation Detector Array for X-Ray Collection
Tilted detector modules maximize solid angle collection without obstructing the excitation beam, reducing measurement times.
- X-ray Spectrometer Movable Slit Stationary Monochromator
A movable single-slit device replaces complex collimator arrangements to increase radiation intensity and reduce production costs in X-ray spectrometers.
- Cathodoluminescence-Activated Nanoscale Imaging Without Sample Damage
An illumination layer converts electron beam energy into photons for high-resolution nanoscale imaging of fragile biological samples.
- Radioisotope Identification via Time-Resolved Spectral Segmentation
Segmenting measurement periods into subperiods and selecting common energies reduces noise interference for accurate radioisotope identification.
- Crystalline Phase Identification Using Normalized Vectors
Normalized vectors compare chemical composition and diffraction bands against expected crystal structures for rapid phase identification.