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Copying Characteristics of the Magnetically Induced Superresolution Disk
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Copying characteristics of recorded domains from the recording layer to the readout layer were studied for the magnetically induced superresolution disk. It was found that the larger the difference of the wall energy between the switching layer and the readout layer was, the better copying characteristics were. The copying field of a domain tended to be much less than that without or outside of a domain. To explain this behavior, it was proposed that the interface wall within a domain sinks into the recording layer in comparison with the one without or outside of a domain.
Title: Copying Characteristics of the Magnetically Induced Superresolution Disk
Description:
Copying characteristics of recorded domains from the recording layer to the readout layer were studied for the magnetically induced superresolution disk.
It was found that the larger the difference of the wall energy between the switching layer and the readout layer was, the better copying characteristics were.
The copying field of a domain tended to be much less than that without or outside of a domain.
To explain this behavior, it was proposed that the interface wall within a domain sinks into the recording layer in comparison with the one without or outside of a domain.
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