A custom software tool can accurately measure high levels of cobalt-60 radiation using Nano Dot OSLD detectors, with an average measurement error of 0.86% under controlled conditions.

A specialized software system used to measure radiation doses from Nano Dot OSLDs exposed to cobalt-60 gamma rays between 2.5 and 30 Gy has an average measurement error of 0.86%, with a maximum error of 2.24% at the highest dose, indicating consistent accuracy in controlled lab settings.

Nano Dot dosimeters, which measure radiation exposure, can accurately quantify Co-60 gamma radiation doses from 0 to 40 Gy using mathematical models that change shape at specific dose thresholds, with errors less than 2.24% under controlled lab conditions.

Nano Dot OSLDs are radiation detectors whose sensitivity can differ by up to 10% between units in the same batch. Choosing units with sensitivity differences of no more than 5% leads to more consistent calibration and lower measurement errors in high-dose settings.

Nano Dot OSLDs are radiation detectors whose signal output becomes less predictable at high radiation doses. Above 3 Gy, the relationship between dose and signal is no longer proportional, and above 15 Gy, the detectors become less sensitive, so they must be calibrated in separate ranges to measure high doses accurately.