Search Results - "Sai, Teruo"
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Challenge of Media Noise Suppression With Oxidation Control in Granular Structure for CoPtCr-Based Sputtered Tape Toward 400 Gb/in2
Published in IEEE transactions on magnetics (01-11-2023)“…A sputtered tape that uses a CoPtCr-based granular recording layer consisting of magnetic grains and grain boundary oxides was developed for practical…”
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Challenge of Media Noise Suppression With Oxidation Control in Granular Structure for CoPtCr-Based Sputtered Tape Toward 400 Gb/in 2
Published in IEEE transactions on magnetics (01-11-2023)Get full text
Journal Article -
3
Challenge of Media Noise Suppression with Oxidation Control in Granular Structure for CoPtCr-based Sputtered Tape towards 400 Gb/in2
Published in IEEE transactions on magnetics (17-05-2023)“…A sputtered tape that uses a CoPtCr-based granular recording layer consisting of magnetic grains and grain boundary oxides was developed for practical…”
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Journal Article -
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Ru Underlayer Elimination for CoPt-Based Sputtered Tape With Perpendicular Recording Toward 330 TB per Cartridge Product
Published in IEEE transactions on magnetics (01-02-2021)“…A sputtered tape that uses a CoPt-based granular recording layer was developed for practical application in the next generation of large-capacity magnetic…”
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5
201 Gb/in 2 Recording Areal Density on Sputtered Magnetic Tape
Published in IEEE transactions on magnetics (01-02-2018)Get full text
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201 Gb/in2 Recording Areal Density on Sputtered Magnetic Tape
Published in IEEE transactions on magnetics (01-02-2018)“…A prototype perpendicularly oriented sputtered tape sample was investigated using a prototype high-moment tape write head and a 48 nm-wide tunneling…”
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Journal Article -
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Challenge of Media Noise Suppression with Oxygen Control in Granular Structure for CoPtCr-based Sputtered Tape towards 400 Gb/in2
Published in 2023 IEEE International Magnetic Conference - Short Papers (INTERMAG Short Papers) (01-05-2023)“…A sputtered tape that uses a CoPtCr-based granular recording layer was developed for practical application in the next-generation of large capacity magnetic…”
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