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Answer :
Final answer:
Direct Digital Detectors use semiconductors to directly convert radiation into electrical signals, offering high efficiency and detailed information due to the close relation between the generated current and the energy deposited by the radiation.
Explanation:
Direct Digital Detectors differ from indirect detectors in the way they convert incident radiation into electrical signals. Direct detectors, such as solid-state radiation detectors, use semiconductors that are fabricated to directly convert ionization produced by radiation into an electrical current. These detectors are efficient as they ensure that a high proportion of ionizing radiation is stopped and detected, thanks to the shorter distance required to stop radiation in solids. This efficiency allows for more accurate readings, and the amount of current generated is closely related to the energy deposited by the radiation, enabling sophisticated information gathering.
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