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Alloy films (with or without composition oscillations) are found to exhibit the same morphology and crystalline structure as pure W. It is evidenced that Fe atoms are located in substitution in the W atomic structure and that an amorphous phase of alloy is also formed.
However, even at the maximum defect density achievable by this approach (about 1012 dislocations per cm2) only about 1% of the atoms are located in the cores of the crystal defects where the atomic structure deviates significantly from the one in the perfect crystal lattice.
The 11-coordinated rubidium atoms are located in infinite tunnels.
In compound 2, the water (O1 W) hydrogen atoms are located from difference Fourier map.
It is clear that the iodine atoms are located close to but outside the fullerenes.
(A) All the atoms are located at their equilibrium lattice positions.
Similar(15)
The significance of the RDF is that it gives the probability of neighbouring atoms being located at various distances from an average atom.
The hydrogen atoms were located from the difference Fourier map and refined isotropically.
H atoms were located geometrically and treated with a riding model.
All the non-hydrogen atoms were located from a Fourier map and refined anisotropically.
The high stability is attributed to nearly all Ni atoms being located at the interface and perimeter to ZrO2.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com