In radon measurement, what does sensitivity improve?

When discussing sensitivity in radon measurement, it refers to the instrument’s ability to accurately detect low levels of radon gas. Improved sensitivity means that the detection equipment can pick up on smaller quantities of radon, which is particularly significant at low concentrations where risks may still be present but are more challenging to measure accurately.

Sensitive radon measurement instruments can provide reliable data even when radon levels are just above detection limits. This capability enables environmental professionals to assess and mitigate radon exposure effectively, ensuring that even marginally elevated levels are monitored. Consequently, this contributes to public health safety by detecting radon before it reaches harmful concentrations.

While aspects like the speed of results, accuracy at higher concentrations, and cost-effectiveness pertain to radon measurement, they do not relate directly to the sensitivity characteristics which specifically enhance the ability to detect and quantify low levels of radon gas accurately.