In-situ total scattering shows parallel structural rearrangements in amorphous tantala during annealing: rapid cationic backbone formation up to 100 Å followed by slower oxygen environment ordering that increases crystallinity.
Selected 𝐺(𝑟) functions collected during thermal treatment of the TF25 sample; numbers in the box refer to the acquisition time (min)
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In-situ total scattering investigation of crystalline ordering in amorphous ion-beam sputtered thin films for interferometric gravitational wave detectors
In-situ total scattering shows parallel structural rearrangements in amorphous tantala during annealing: rapid cationic backbone formation up to 100 Å followed by slower oxygen environment ordering that increases crystallinity.