What is the primary purpose of conducting a spikes test in radon testing?

The primary purpose of conducting a spikes test in radon testing is to assess the accuracy of test results. This involves temporarily introducing a known quantity of radon into the testing environment to determine if the radon measurement device can accurately detect and report the increased levels of radon. By comparing the device's readings before and after introducing the radon spike, one can evaluate how effectively the device functions under controlled conditions.

This process ensures that the testing equipment is responsive and can properly indicate real radon levels, thus providing reliable data for radon mitigation or further action. Confirming the accuracy of test results is crucial in radon testing, as it impacts health and safety decisions based on those readings. A properly calibrated and functioning monitor is essential to ensure that radon levels are accurately understood, leading to appropriate mitigation strategies.

While there are other important factors to consider in radon testing, such as monitor calibration and evaluating background radiation levels, these do not specifically encapsulate the primary aim of a spikes test, which is solely focused on validating the test results for accuracy.