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Results: 1-10 |
Results: 10
Grain size analysis of longitudinal thin film media
Authors: Park, DW Sinclair, R Lal, BB Malhotra, SS Russak, MA
Citation: Dw. Park et al., Grain size analysis of longitudinal thin film media, J APPL PHYS, 87(9), 2000, pp. 5687-5689
26.5 Gb/in(2) areal-density longitudinal thin film media
Authors: Schultz, MA Malhotra, SS Lal, BB Kimmal, JM Russak, MA Liu, F Stoev, K Shi, S Tong, HC Dey, S
Citation: Ma. Schultz et al., 26.5 Gb/in(2) areal-density longitudinal thin film media, IEEE MAGNET, 36(5), 2000, pp. 2143-2147
Effect of CrRu underlayer on the magnetic, recording, and thermal stability characteristics of CoCrPtTa thin film media
Authors: Malhotra, SS Stafford, DC Lal, BB Russak, MA
Citation: Ss. Malhotra et al., Effect of CrRu underlayer on the magnetic, recording, and thermal stability characteristics of CoCrPtTa thin film media, IEEE MAGNET, 36(5), 2000, pp. 2309-2311
Spin-stand characterization of thermal stability in high density disk media
Authors: Shi, RC Zhu, JG Lal, BB Malhotra, SS Schultz, M Russak, MA
Citation: Rc. Shi et al., Spin-stand characterization of thermal stability in high density disk media, IEEE MAGNET, 36(5), 2000, pp. 2462-2464
Use of NixSiy as an interlayer for wear and corrosion resistance
Authors: Yang, MM Spaulding, D Chao, JL Russak, MA
Citation: Mm. Yang et al., Use of NixSiy as an interlayer for wear and corrosion resistance, IEEE MAGNET, 36(5), 2000, pp. 2702-2704
Magnetic hard disk overcoats in the 3-5 nm thickness range
Authors: Anoikin, EV Yang, MM Chao, JL Russak, MA
Citation: Ev. Anoikin et al., Magnetic hard disk overcoats in the 3-5 nm thickness range, J APPL PHYS, 85(8), 1999, pp. 5606-5608
Magnetic and recording properties of CoCrPtTa thin film media with CrW underlayer
Authors: Malhotra, SS Stafford, DC Lal, BB Gao, C Russak, MA
Citation: Ss. Malhotra et al., Magnetic and recording properties of CoCrPtTa thin film media with CrW underlayer, J APPL PHYS, 85(8), 1999, pp. 6157-6159
The dependence of recording performance on substrate temperatures for different crystallographically oriented thin film media
Authors: Zhang, L Lal, BB Russak, MA
Citation: L. Zhang et al., The dependence of recording performance on substrate temperatures for different crystallographically oriented thin film media, J APPL PHYS, 85(8), 1999, pp. 4313-4315
Wear and corrosion resistance of thin overcoat with different interlayer materials
Authors: Wang, ZM Yang, MM Chao, JL Russak, MA
Citation: Zm. Wang et al., Wear and corrosion resistance of thin overcoat with different interlayer materials, IEEE MAGNET, 35(5), 1999, pp. 2361-2363
Thermal stability and recording characteristics of thin film media with a CoCr based non-magnetic interlayer
Authors: Zhang, L Lal, BB Russak, MA Bartholomeusz, M Tsai, M
Citation: L. Zhang et al., Thermal stability and recording characteristics of thin film media with a CoCr based non-magnetic interlayer, IEEE MAGNET, 35(5), 1999, pp. 2649-2651
Risultati: 1-10 |