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2 results

Determination of activation energy of intermixing in textured metal-metal multilayer films via two-dimensional X-ray diffraction
Mark A. Rodriguez, David P. Adams, Ralph G. Tissot
Journal:

Powder Diffraction / Volume 24 / Issue 2 / June 2009

Published online by Cambridge University Press:

20 May 2016, pp. 82-84
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Activation energies for the intermixing reaction of textured metal-metal multilayer thin films have been determined using X-ray diffraction analysis. Kinetic data were collected utilizing an area detector so as to reduce intensity bias from changes in out-of-plane texture during the intermixing reaction. Activation energies for Al/Pt, Ni/Ti, and Co/Al metal-metal multilayer thin films have been determined as 95.4(2) kJ/mol, 201(13) kJ/mol, and 247(19) kJ/mol, respectively.

X-ray powder diffraction data for rhombohedral AlPt
Mark A. Rodriguez, David P. Adams
Journal:

Powder Diffraction / Volume 21 / Issue 4 / December 2006

Published online by Cambridge University Press:

01 March 2012, pp. 318-319
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X-ray powder diffraction data for a rhombohedral AlPt phase formed by self-propagating, high-temperature reactions of Al∕Pt bi-layer films are reported. Multilayer Al∕Pt thin film samples, reacted in air or vacuum, transformed into rhombohedral AlPt with space group R-3(148). Indexing and lattice parameter refinement of AlPt powders (generated from thin-film samples) yielded trigonal/hexagonal unit-cell lattice parameters of a=15.623(6) Å and c=5.305(2) Å, Z=39, and V=1121.5 Å3.

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2 results

Determination of activation energy of intermixing in textured metal-metal multilayer films via two-dimensional X-ray diffraction

X-ray powder diffraction data for rhombohedral AlPt