Abstract
A new method based on the epithermal neutron activation has been developed for bulk hydrogen analysis. The sensitivity of the activation method for typical sample dimensions is higher by a factor of ~100 than the neutron reflection technique. Analytical expressions are given for the description of the measured flux density of thermalized neutrons as a function of hydrogen content of different samples. Advantages and limitations of thermal and epithermal neutrons in bulk hydrogen analysis using the foil activation method are also discussed.
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