What type of radiation detection device uses scintillation crystals?

Scintillation detectors are designed specifically to utilize scintillation crystals to detect radiation. These devices work by converting the energy from incoming radiation into visible light. When radiation interacts with the scintillation crystal, it excites the atoms of the crystal, causing them to emit photons of light. This light is then detected and quantified using photomultiplier tubes or other light-sensing technologies.

This process makes scintillation detectors particularly effective for measuring different types of radiation, including gamma rays and beta particles. They are known for their sensitivity and ability to provide accurate readings over a range of radiation levels. This is why scintillation detectors are recognized by their use of scintillation crystals as the primary component for the detection of radiation.

In contrast, Geiger-Muller counters rely on gas-filled ionization chambers to detect radiation through the ionization of gas, while ionization chambers measure radiation by collecting charged particles. Personal dosimeters typically use principles of direct ionization but are not based on scintillation techniques. Thus, the clear association of scintillation crystals with scintillation detectors confirms that this is the correct choice.