Ying-Ta Chiu, Kwang-Lung Lin
This work first reports the behavior of electrorecrystallization of metal alloy, solder in this study. The electrorecrystallization is the recrystallization of metal alloy induced by electrical current stressing without the need of prior treatment. The synchrotron radiation X-ray diffraction (XRD) in situ analysis shows that the crystal facets of the Pb matrix of 95Pb5Sn solder alloy gradually diminish during electrical current stressing. The XRD analysis incorporating within situ synchrotron extended X-ray absorption for fine structure (EXAFS) reveals complete dissolution, giving rise to supersaturation, of the Sn-rich secondary phase upon current stressing. The supersaturation behavior was explained through the crystal relaxation of the Pb matrix induced by current stressing. The recrystallization gives rise to Sn nanorod. High resolution TEM analysis of the nanorod reveals the semi-coherent/incoherent interfaces and provides explanation for the formation of the Sn nanorod.
@article{a28513d2-dd59-4f1f-904f-b919c39327c9,
title={Electrorecrystallization of Metal Alloy},
author={Ying-Ta Chiu and Kwang-Lung Lin},
year={2026},
language={en}
}TY - JOUR TI - Electrorecrystallization of Metal Alloy AU - Ying-Ta Chiu AU - Kwang-Lung Lin PY - 2026 LA - en ER -
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