What is another name for the conductive layer of a CR plate?

The conductive layer of a Computed Radiography (CR) plate is indeed referred to as the antistatic layer. This layer plays a crucial role in the functionality of the CR plate by preventing the accumulation of static electricity, which could lead to unwanted artifacts on the radiographic image. It also helps in enhancing the overall image quality by ensuring that the phosphor layer below it can emit its stored energy effectively when stimulated.

This antistatic feature is essential when the CR plate is being handled, as static charges can interfere with the imaging process and potentially degrade the quality of the resulting images. By reducing static buildup, the antistatic layer helps maintain the integrity and responsiveness of the CR system during both the exposure and processing phases.

In contrast, the other names provided refer to different components or functions within the CR plate. The exposure layer typically involves materials that interact with radiation, the protective layer serves as a shield for physical damage, and the sensing layer relates to the layer that captures and converts the radiation signals into a digital form, none of which pertain specifically to the function of preventing static electricity.