Hideyuki Saitoh, Hiroaki Naganu
In this study, tritium radioluminography and tritium autoradiography have been applied to V3D5iZrC@TiC@NiJ protium absorption alloy with a two-phase structure of BCC phase and Laves phase to examine the behavior of protium. By these methods, tritium distribution has been graphically displayed, and both tritium and protium concentration on the surface of the alloy have been evaluated. The protium concentration in the BCC phase and Laves phase in this alloy has been determined to be 1.4 mol% and 2.3 mol%, respectively. It has been found that the preferential path for the protium penetration into the alloy is not the BCC phase but the Laves phase.
@article{b34d12bb-892b-4dc1-ab4a-6b1c17019a7f,
title={Tritium radioluminography in V3D5iZrC@TiC@NiJ Protium absorption alloy},
author={Hideyuki Saitoh and Hiroaki Naganu},
year={1999},
language={en}
}TY - JOUR TI - Tritium radioluminography in V3D5iZrC@TiC@NiJ Protium absorption alloy AU - Hideyuki Saitoh AU - Hiroaki Naganu PY - 1999 LA - en ER -
Unknown, Unknown
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