Search Results - "Lambert, Steven E."

Drive integration challenges for perpendicular recording by Lambert, Steven E., Lairson, Bruce M., Nguy, Hai, Nguyen, Linda, Huang, Ton, Adler, Jason, Gopalaswamy, Srini

“…Integration of heads and media for perpendicular recording into disk drives will require new developments in several areas. This paper discusses the methods we…”
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Disk drive integration issues for perpendicular recording by Lairson, B.M., Lambert, S.E., Hai Nguy, Nguyen, L., Wallash, A., Huang, T., Adler, J.

“…In addition to achieving high areal density, recording with perpendicular media must be compatible with other elements of disk drive recording. These include…”
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Role of atomic mobility in the transition noise of longitudinal media by Yogi, T., Nguyen, T.A., Lambert, S.E., Gorman, G.L., Castillo, G.

“…The relationship between grain growth morphology and the transition noise of high-density CoPtCr media on Cr underlayers is examined. The growth morphology is…”
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Dependence of magnetics, microstructures and recording properties on underlayer thickness in CoNiCr/Cr media by Yogi, T., Gorman, G.L., Hwang, C., Kakalec, M.A., Lambert, S.E.

“…The effect of Cr underlayer thickness on the magnetic, microstructural, and recording properties of sputtered CoNiCr media is reported. Cr thickness was varied…”
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Film-head pulse distortion due to microvariation of domain wall energy by Williams, M.L., Lambert, S.E.

“…Experiments show that the location of spurious peaks on the trailing edges of data pulses is strongly influenced by the application of small DC bias currents…”
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Head sensitivity function determined from recording measurements by Lambert, S.E., Sargent, F.D., Williams, M.L.

“…The authors present a novel approach to measuring the response of a recording head used with a hard disk to form a recording system. The technique can be…”
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Discrete tracks-possibilities for high-density magnetic disks? by Sanders, I.L., Lambert, S.E.

“…Future rigid-disk magnetic data storage systems that will require recorded track widths approaching 1 mu m by the end of the next decade are discussed…”
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