Nuclear Radiation Detection TRIZ Cases
- Neutron Porosity Modeling for Complex Geologic Formations
Forward modeling with migration length and density data improves neutron porosity accuracy across complex geologic layers.
- Neutron Gamma Detection for Angular Localization of Hidden Substances
By rotating an inspected object and comparing gamma spectra at preset angles, this case locates and identifies hidden explosives or drugs non-destructively.
- Time-Gated Neutron Spectra for Borehole Background Removal
Pulsed neutron bursts and a late decay gate suppress borehole gamma background, improving formation elemental spectroscopy accuracy.
- Muon Hodoscope Material Classification for Low-Z Detection
Passive muon tracking with 2D hodoscopes and ML classifies low-Z materials inside large objects where X-ray imaging falls short.
- Pulsed Neutron Logging Calibration Using Oxide Reference Spectra
Oxide reference spectra replace pure elemental standards in pulsed neutron logging to improve mineralogy fitting accuracy in complex formations.