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Publication


Featured researches published by Xing Song.


IEEE Transactions on Magnetics | 1998

Quantitative MFM study of the global and local magnetic roughness of the DC-demagnetized state of thin film media

Xing Song; Qixu Chen; Charles Leu; Rajiv Yadav Ranjan

A magnetic height-height correlation function was used to quantitatively analyze the magnetic force microscope (MFM) images of the DC-demagnetized state of two thin film media. This function provided important information about the micromagnetic features of these media, including the global magnetic roughness, the local magnetic roughness, the strength of long-range magnetostatic interaction, and the degree of local intergranular exchange coupling. These features are accountable for the noise performance of these media detected by the recording head.


Archive | 1998

Magnetic thin film medium comprising amorphous sealing layer for reduced lithium migration

Qixu Chen; Xing Song; Liji Huang; Charles Leu; Rajiv Yadav Ranjan


Archive | 2001

High coercivity magnetic recording medium comprising a sputter textured layer

Xing Song; Ga-Lane Chen; Charles Leu; Qixu Chen


Archive | 1998

High coercivity magnetic recording medium comprising a thin CoCrTa intermediate layer

Xing Song; Qixu Chen; Charles Leu; Rajiv Yadav Ranjan


Archive | 1998

High coercivity, low noise magnetic recording medium comprising an intermediate cocrtaox layer

Xing Song; Qixu Chen; Charles Leu; Rajiv Yadav Ranjan


Archive | 1998

Substantially isotropic magnetic recording medium comprising a seedlayer

Xing Song; Qixu Chen; Charles Leu; Rajiv Yadav Ranjan


Archive | 1998

Magnetic recording medium with grain size control layer

Xing Song; Qixu Chen; Charles Leu; Rajiv Yadav Ranjan


Archive | 1998

High coercivity, high signal-to-noise ratio dual magnetic layer media

Qixu Chen; Xing Song; Charles Leu; Rajiv Yadau Ranjan; Ga-Lane Chen


Archive | 1998

Magnetic recording medium with low temperature seedlayer for high signal-to-noise ratio

Qixu Chen; Xing Song; Charles Leu; Rajiv Yadav Ranjan


Archive | 1997

Magnetic recording medium comprising a cobalt-samarium magnetic alloy layer and method

Xing Song; Ga-Lane Chen; Charles Leu

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