论文信息 - Self-consistent computer calculations for perpendicular magnetic recording

Self-consistent computer calculations for perpendicular magnetic recording

A comparison of perpendicular and longitudinal recording indicates that conventional heads are suitable for recording on high coercivity media having perpendicular magnetic anisotropy. At equal bit shift and head to disk separation perpendicular recording gives a factor of 2.5 increase in the linear density attained with media in use today.

I. Beardsley | R. Potter | R. Potter | I. Beardsley

[1] R. Potter,et al. Fringe field and readback voltage computations for finite pole-tip length recording heads , 1971 .

[2] S. Iwasaki. Perpendicular magnetic recording , 1980 .

[3] J. Lemke,et al. Ultra-high density recording with new heads and tapes , 1979 .

[4] A. S. Hoagland,et al. High-Resolution Magnetic Recording Structures , 1958, IBM J. Res. Dev..

[5] Yoshihisa Nakamura,et al. An analysis for the magnetization mode for high density magnetic recording , 1977 .

[6] Shun-ichi Iwasaki,et al. Perpendicular magnetic recording with a composite anisotropy film , 1979 .

[7] K. Ouchi,et al. Co-Cr recording films with perpendicular magnetic anisotropy , 1978 .

[8] Robert I. Potter,et al. A self‐consistent calculation of the transition zone in thick particulate recording media , 1979 .

[9] R. Potter,et al. Analytic expression for the fringe field of finite pole-tip length recording heads , 1975 .

[10] George J. Y. Fan,et al. Analysis of a Practical Perpendicular Head for Digital Purposes , 1960 .

[11] R. Potter,et al. Digital magnetic recording theory , 1974 .