FePt-MgO Granule-type Medium for Perpendicular Magnetic Recording
スポンサーリンク
概要
- 論文の詳細を見る
- 2003-09-01
著者
-
SUZUKI Takao
Information Storage Materials Laboratory, Toyota Technological Institute
-
ZHANG Zhengang
Information Storage Materials Laboratory, Toyota Technological Institute
-
YIN Jinhua
Information Storage Materials Laboratory, Toyota Technological Institute
-
Yin Jinhua
Information Storage Materials Laboratory Toyota Technological Institute
-
Zhang Zhengang
Information Storage Materials Laboratory Toyota Technological Institute
-
KANG Kyongha
Information Storage Materials Laboratory, Toyota Technological Institute
-
Suzuki T
Information Storage Materials Laboratory Toyota Technological Institute
-
Kang Kyongha
Information Storage Materials Laboratory : Toyota Technological Institute : Academic Frontier Center
-
Suzuki Takao
Information Storage Materials Laboratory Toyota Technological Institute
関連論文
- Magnetic and Magneto-optical Properties and Structure of(FeCoNi)_3Pt Alloy Thin Films
- In-situ High Temperature MFM Analysis of Written Bits in the Granular Type FePt-MgO Double-layered Perpendicular Recording Media
- High Density Perpendicular Magnetic Recording Media of Granular-type FePt/MgO/Fe-Ta-C double-layers(Magnetic and Magneto-Optical Recording Materials)
- Study of (Fe-Co-Ni)_Pt_x alloy thin films and its application for high-density perpendicular magnetic recording media
- In-situ High Temperature MFM Analysis of Written bits in the granular type FePt-MgO double-layered Perpendicular Recording Media
- Study of in-plane and out-of-plane exchange bias in FePt/FeMn bilayers
- Quantitative Analysis of Domain Walls in Magneto-Optic Thin Films By Magnetic Force Microscopy
- Magnetic Properties of FePt-Ag Composite Film With Perpendicular Magnetic Anisotropy
- Interface Effects on Magnetic and Magneto-Optical Properties in TbFeCo/Pt Multilayers
- Magnetic properties of FeRh thin films
- Study of in-plane and out-of-plane exchange bias in FePt/FeMn bilayers
- Control of Magnetic Exchange in Coupled Bilayer Films for High Density Readout Process
- Near Field Optics-Solid Immersion Lens with Magnetic Field Modulation for Magneto-Optical Recording
- Magnetization Stability in Longitudinal and Perpendicular Magnetic Recording Media (マルチメディアストレージ)
- Magnetization Stability in Longitudinal and Perpendicular Magnetic Recording Media (光記録・情報記録材料,一般)
- Magnetization Stability in Longitudinal and Perpendicular Magnetic Recording Media (特集:光記録・情報記録材料,一般)
- MAGNETIC VISCOSITY AND STABILITY OF MAGNETOOPTICAL RECORDING MEDIA
- MAGNETIC VISCOSITY AND STABILITY OF MAGNETO-OPTICAL RECORDING MEDIA (光記録・情報記録材料)
- MAGNETIC VISCOSITY AND STABILITY OF MAGNETO-OPTICAL RECORDING MEDIA
- Near Field Magnetic Modulation for High Density MO Recording
- Time-dependent magnetization behavior in magneto-optical media
- Enhancement of exchange-coupling field in amorphous TbFeCo/DyFeCo near compensation temperature
- Rectangular Shaped Domain Structures and Magnetization Reversal Processes in FePtL1_0 Ordered Alloy Thin Films
- Magnetic and Structural Properties of Fe_3Pt Thin Films
- FePt-MgO Granule-type Medium for Perpendicular Magnetic Recording
- GMR Effect of Granular Fe_50Pt_50-Ag Composite Films
- GMR Effect of Granular Fe_Pt_-Ag Composite Films
- Magnetic domain observations of FePt and CoPt particles fabricated by IBICVD
- Fabrication of FePt and Fe particles by ion beam induced CVD(Magnetic and Magneto-Optical Recording Materials)
- Magnetic domain observations of FePt and CoPt particles fabricated by IBICVD
- Magnetic properties and microstructure of Sr-ferrite films prepared by laser ablation
- Magnetic domain structures and magnetization reversal processes in (Fe-Co)_Pt_/MgO(100) ordered thin films
- Solid Immersion Lens Near Field Optical Approach for High Density Optical Recording
- Ion-Beam Bombarded SiO2 Layer Effects on the Microstructure and Magnetism in FePt/SiO2 Bilayers
- Magnetic anisotropy of Fe_3Pt thin films
- Magnetic and Structural Properties of (FeCo)_3Pt Alloy Thin Films
- Estimation of Thermal Stability in Magneto-Optical Recording Media