When should a CR IP be processed to prevent loss of the latent image?

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Multiple Choice

When should a CR IP be processed to prevent loss of the latent image?

Explanation:
In CR, the latent image is stored in the phosphor as trapped electrons after exposure. Those trapped electrons can fade away over time due to thermal energy, so the signal gets weaker if the plate isn’t read promptly. Reading and processing the plate as soon after exposure as possible preserves the stored information and yields the best image density and contrast. Any delay—even a few minutes—allows more fading, which can reduce image quality. That’s why processing immediately is the preferred practice.

In CR, the latent image is stored in the phosphor as trapped electrons after exposure. Those trapped electrons can fade away over time due to thermal energy, so the signal gets weaker if the plate isn’t read promptly. Reading and processing the plate as soon after exposure as possible preserves the stored information and yields the best image density and contrast. Any delay—even a few minutes—allows more fading, which can reduce image quality. That’s why processing immediately is the preferred practice.

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