Abstract
Earlier reproducibility problems encountered regarding potential exoelectron emission dosemeter materials nearly led to the discontinuation of the application of exoelectron emission for dosimetric purposes during the past few years. Using new advanced methods in sample-preparation methods, these problems have been overcome for the most part with promising application possibilities of exoelectron emission measuring techniques, particularly for low-energy or high LET particle dosimetry at surfaces in ionizing radiation fields with strong dose-rate gradients and/or interfaces. Combined with simultaneous thermoluminescence measurements, thermally and optically stimulated exoelectron emission open new paths regarding the field of mixed radiation field dosimetry.
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