Thin-plate type sample setup in a rotor.
Electron probe micro analysis color mappings and SEM image of the initial sample (a) and electron probe micro analysis color mappings and SEM image at a polished surface containing the rotation axis of the ultracentrifuge-treated twinned single crystal (temperature: , time: 24 h).
Polarized microscope images of the initial sample (a), ultracentrifuged sample (temperature: , time: 24 h) (b), and green transparent single crystal (c).
XRD patterns (G1 and G2) of a microarea (0.1 mm) from the right edge of the sample along the straight line (Fig. 3) area with indicated ◼ Y123 and ●Y211 Phases (lower gravity area).
The powder XRD patterns of higher gravity area with (a) and (b) indicated ◼ Y123, ● Y211, and ▲ phases (higher gravity area).
Lattice parameters (nm) in (a), (nm) in (b). and (nm) in (c) of Y123 phase obtained by the XRD patterns of the sample through the gravity direction including with initial sample and unit cell volumes (cubic nanometer) of Y123 phase using lattice parameters compared with initial and experimental sample in (d).
The graphs of the volume magnetization vs temperature of the initial and experimental samples (lower gravity layer and higher gravity layer) (a); and experimental sample (b).
Experimental details of crystal refinement of Y211.
Atomic coordinates (in units of ) and equivalent thermal parameter.
The average metal to oxygen distances (nm), lattice constants (nm), and unit cell volume in Y211 at room temperature.
Metal to oxygen distances (Å) in Y211 at room temperature.
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