TL;DR: The apparent contradiction between the initial chemical state of Ni-P deposits of Randin et al. and Pai et al is explained in this article, where the presence of free phosphorus is shown to depend on the deposition temperature, and the changes of dc resistivity upon heating is claimed to be due to crystallization and formation of Ni3P regions in the films.

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Abstract: The apparent contradiction between the initial chemical state of Ni–P deposits of Randin et al. and Pai et al. is explained. The presence of free phosphorus is shown to depend on the deposition temperature. The changes of dc resistivity upon heating is claimed to be due to crystallization and to the formation of Ni3P regions in the films.

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2 citations

Chemical applications of angular correlations and half-life measurements.

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J.I. Vargas

01 Jan 1972

1 citations

Identification of the chemical state of adsorbed species with auger- electron spectroscopy.

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T.W. Haas, J.T. Grant, G. J. Dooley

01 Jan 1972

1 citations