Abstract
In experimental nuclear reaction studies the most general requirement is to measure the yield and the spatial distribution of the reaction products, while their energy and type are simultaneously determined, frequently in the presence of a high background due to various types of radiation. Especially in studying low-yield nuclear processes, high efficiency and long-term stability of the applied spectroscopic method are highly desirable. In such situations, various nuclear track detection methods can be used very advantageously and successfully. Some of these methods are briefly discussed and examples are presented from our results concerning the application of nuclear track spectroscopy to different low-energy nuclear reaction studies, angular distribution and excitation function measurements.
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Schedule a callMore From: International Journal of Radiation Applications and Instrumentation. Part D. Nuclear Tracks and Radiation Measurements
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