Crosstalk correction in radioluminography

Crosstalk often causes large measurement errors in the radioluminography of energetic radionuclides. We proposed here a new technique to overcome this problem. With the aid of computerized data processing, it is possible to analytically correct the interference radiation. The resulting accurate determination of activity makes it possible to measure numerous samples simultaneously using an imaging plate. This technique has been applied to 32P samples in the wells of an assay-plate and is found to be highly practical.