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A Transition in the Ni2+ Complex Structure from Six- to Four-Coordinate upon Formation of Ion Pair Species in Supercritical Water:  An X-ray Absorption Fine Structure, Near-Infrared, and Molecular Dynamics Study
A Transition in the Ni2+ Complex Structure from Six- to Four-Coordinate upon Formation of Ion Pair Species in Supercritical Water:  An X-ray Absorption Fine Structure, Near-Infrared, and Molecular Dynamics Study
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A Transition in the Ni2+ Complex Structure from Six- to Four-Coordinate upon Formation of Ion Pair Species in Supercritical Water:  An X-ray Absorption Fine Structure, Near-Infrared, and Molecular Dynamics Study

Hoffmann, Markus M ; Darab, John G ; Palmer, Bruce J ; Fulton, John L

The journal of physical chemistry. A, Molecules, spectroscopy, kinetics, environment, & general theory, 1999-10, Vol.103 (42), p.8471-8482 [Periódico revisado por pares]

United States: American Chemical Society

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A transition in the Ni{sup 2+} complex structure from six- to four-coordinate upon formation of ion pair species in supercritical water: An X-ray absorption fine structure, near-infrared, and molecular dynamics study
A transition in the Ni{sup 2+} complex structure from six- to four-coordinate upon formation of ion pair species in supercritical water: An X-ray absorption fine structure, near-infrared, and molecular dynamics study
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A transition in the Ni{sup 2+} complex structure from six- to four-coordinate upon formation of ion pair species in supercritical water: An X-ray absorption fine structure, near-infrared, and molecular dynamics study

Hoffman, M.M. ; Darab, J.G. ; Palmer, B.J. ; Fulton, J.L.

The journal of physical chemistry. A, Molecules, spectroscopy, kinetics, environment, & general theory, 1999-10, Vol.103 (42) [Periódico revisado por pares]

United States

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3
The ion pairing and hydration structure of Ni{sup 2+} in supercritical water at 425{degree}C determined by x-ray absorption fine structure and molecular dynamics studies
The ion pairing and hydration structure of Ni{sup 2+} in supercritical water at 425{degree}C determined by x-ray absorption fine structure and molecular dynamics studies
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The ion pairing and hydration structure of Ni{sup 2+} in supercritical water at 425{degree}C determined by x-ray absorption fine structure and molecular dynamics studies

Wallen, S.L. ; Palmer, B.J. ; Fulton, J.L.

Journal of Chemical Physics, 1998-03, Vol.108 (10) [Periódico revisado por pares]

United States

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