Selectable detector sets and centralized signal analysis improve radiation source characterization while reducing false alarms and RPM complexity.
A fixed self-power detector around a capsule enclosure enables faster, more accurate isotope activity measurement with lower uncertainty and labor.
Charge-storage detector arrays use neutron-sensitive layers and electrical readout for fast neutron detection with low gamma interference.
Periodic absorption modulation and autocorrelation processing separate ionizing radiation signals from background noise for faster, lower-limit measurement.