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 Conference Papers (Available on Advance Programs)  (Sort by: Date Descending)
 Results 1 - 9 of 9  /   
Committee Date Time Place Paper Title / Authors Abstract Paper #
IEICE-MRIS, MMS 2023-12-07
Ehime Ehime Univ. (CITE)
(Primary: On-site, Secondary: Online)
Thermal Distributions of Recording Layers for in 3D Heat-assisted Magnetic Recording
Koya Maeda, Fumiko Akagi (Kogakuin Univ)
IEICE-MRIS, MMS 2019-07-19
Tokyo Kogakuin Univ. Relation between conditions of dots and areal recording density in HDMR
Naofumi Matsushima, Fumiko Akagi (Kogakuin Univ.)
IEICE-MRIS, MMS 2018-06-08
Miyagi Tohoku Univ. Effects of FGL with Negative Anisotropy Constant on Reduction of Injection Current Density
Fumiko Akagi, Aina Kase, Zeon Sai, Kazuetsu Yoshida (Kogakuin Univ.)
IEICE-MRIS, MMS 2017-06-09
Miyagi Tohoku Univ. Saturation Magnetization and Thickness of SIL for Reduction of Injection Current Density for STO with Dual SIL
Aina Kase, Tomoko Kamimura, Fumiko Akagi, Kazuetsu Yoshida (Kogakuin Univ.)
IEICE-MRIS, MMS 2015-06-05
Tokyo Tohoku Univ. Effects of Thermal Distribution and Head Field Rise Time on Bit Error Rate for Heat Assisted Magnetic Recording Combined with BPM
Naoya Tamura, Fumiko Akagi (Kogakuin Univ.)
IEICE-MRIS, MMS 2014-11-25
Tokyo Waseda Univ. Influences of Damping Constants on Oscillation Behaviors of STO and Method for Increasing AC-Field Amplitude in MAMR
Riki Koga, Fumiko Akagi, Kazuetsu Yoshida (Kogakuin Univ.)
IEICE-MRIS, MMS 2012-10-18
Akita AIT [Invited Talk] Thermally Assisted Magnetic Recording beyond 5T/in2 -- Ultara-high Density Nanobit Magnetic RecordingRechnology --
Harukazu Miyamoto, Fumiko Akagi, Masaki Mukoh, Hisako Takei, Junko Ushiyama (Hitachi)
IEICE-MRIS, MMS 2012-10-18
Akita AIT Study of write head pole design for thermally assisted magnetic recording with density around 2.5 Tbit/in2
Kiyoshi Yamakawa, Kazuyuki Ise (AIT), Fumiko Akagi, Katsuro Watanabe, Masukazu Igarashi, Harukazu Miyamoto (Hitachi)
MMS, IEICE-MRIS 2010-07-08
Ibaraki Ibaraki Univ. Thermally assisted magnetic recording simulation to achieve areal recording density of 1Tb/in2 - 2.5 Tb/in2
Fumiko Akagi, Akemi Hirotsune, Hiroaki Nemoto, Takuya Matsumoto, Yasutaka Ookura, Masaki Mukoh, Jyunko Ushiyama, Harukazu Miyamoto (Hitachi)
 Results 1 - 9 of 9  /   
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