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z dependence of the superlattice peak width. On the other hand, the diffusion can be estimated by the extended step model as calculated in ref. 23. However, m for our films has a noninteger value, and the model cannot be simply applied to our case.
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z dependence of the superlattice peak width. On the other hand, the diffusion can be estimated by the extended step model as calculated in ref. 23. However, m for our films has a noninteger value, and the model cannot be simply applied to our case.
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In the model calculation, the lattice parameters, Δc, cLa, cSr/2 and α, are coupled with each other. First, the empirical value α, 0:5 as used in ref. 22 and the lattice constants, cLafilm and cSr, were adopted. Next, Δc and α, which reproduce the peak profiles of the Laue function well around the initial values, were determined. However, I(Qz) at higher angles seems to be needed to discuss the lattice parameters
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z) at higher angles seems to be needed to discuss the lattice parameters.
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