Search Results - "Cher, K. M. K."

Optical property study of FePt-C nanocomposite thin film for heat-assisted magnetic recording by Cen, Z H, Xu, B X, Hu, J F, Li, J M, Cher, K M, Toh, Y T, Ye, K D, Zhang, J

“…Optical properties of the FePt-C nanocomposite thin film that was synthesized by sputtering with MgO/NiTa underlayer on glass substrate have been determined by…”
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Compositional Effects on the Structure and Phase Transition of Epitaxial FeRh Thin Films by Cher, K. M., Zhou, T. J., Chen, J. S.

“…Compositional and temperature dependent ferromagnetic/anti-ferromagnetic transition of highly textured Fe 100 - x Rh x (where x = 35 to 65) thin films…”
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Energy barrier measurement and optimization in exchange coupled FePt/TiO2 nano-composite thin films by Zhou, Tie-Jun, Cher, K.M., Lwin, Phyoe Wai, Hu, J.F.

“…The 45-degree method is firstly applied to measure the energy barrier of FePt/TiO2 nanocomposite thin films with hard layer only and with hard–soft coupled…”
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In-Line Sputter System Prepared [Formula Omitted] Ordered FePt Granular Film for HAMR Application by Hu, J. F, Zhou, T. J, Phyoe, W. L, Cher, K. M, Shi, J. Z

“…The FePt-based granular films for heat-assisted magnetic recording (HAMR) application have been developed by using the in-line sputter system. The…”
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TiN and TiC Intermediate Layers for FePt-C-Based Magnetic Recording Media by Cher, K. M., Zhou, T. J., Lim, W. K., Hu, J. F., Lwin, P. W.

“…Conductive TiN and TiC intermediate layers were used to promote epitaxial growth of (001)-textured FePt in place of the traditional nonconductive MgO…”
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In-Line Sputter System Prepared L10 Ordered FePt Granular Film for HAMR Application by HU, J. F, ZHOU, T. J, PHYOE, W. L, CHER, K. M, SHI, J. Z

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Synthesis, Characterization and Hard Ferromagnetism in FePt/ZnO Nanocomposites with Ultra-Small Size by Zhou, T. J., Feng, Yuan Ping, Lu, Meihua, Shen, L., Wee, Rui Qi, Gong, Hao, Cher, K. M., Ko, Hnin Yu Yu, Yuan, Zhimin, Liu, Bo

“…Multi-component hybrid nanostructures containing two nanoscaled components of FePt and ZnO were successfully fabricated through seed mediated growth. The…”
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Effects of Substrate Bias With Recording Layer on the Magnetic Properties and Microstructure of Perpendicular Magnetic Recording Media by Shi, J. Z., Lim, W. K., Phyoe, W. L., Hu, J. F., Cher, K. M., Zhou, T. J., Yang, Y.

“…A direct current (dc) bias was added on the substrate during the sputtering deposition of the recording layer of perpendicular magnetic recording (PMR) media…”
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Nanogranular L1(0) FePt-C-Ta2O5 composite media for perpendicular recording applications by Cher, K M, Lim, B C, Hu, J F, Lwin, P W, Zhou, T J, Chen, J S

“…In this report, the effect of simultaneously adding two dopants (C and Ta2O5) in FePt was investigated. (Fe55Pt45)79C21-(x vol%) Ta2O5 films (where x = 0% to…”
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Enhanced Exchange Coupling in TiO2-Doped FePt-C Nanocomposite Thin Films Induced by Surfactant Mediated Growth by ZHOU, T. J, CHER, K. M, HU, J. F, LIM, B. C, LWIN, P. W, SHI, J. Z

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Co/Fe multilayers with ultra-low damping and large negative anisotropy as the free layer for spin torque oscillator by Chung, H. J., Wong, H. S., He, S. K., Zhang, M. S., Low, M. B. H., Cher, K. C. M., Zhou, T. J., Yang, Y., Ng, S. L. G.

“…We have investigated the characteristic properties of Co/Fe multilayers sputtered on Ru underlayer as the field generation layer (FGL) of spin torque…”
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On the origin of giant magnetocaloric effect and thermal hysteresis in multifunctional α-FeRh thin films by Zhou, Tiejun, Cher, M.K., Shen, L., Hu, J.F., Yuan, Z.M.

“…We report temperature and field dependent lattice structure, magnetic properties and magnetocaloric effect in epitaxial Fe50Rh50 thin films with (001) texture…”
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On the origin of giant magnetocaloric effect and thermal hysteresis in multifunctional I--FeRh thin films by Zhou, Tiejun, Cher, M K, Shen, L, Hu, J F, Yuan, Z M

“…We report temperature and field dependent lattice structure, magnetic properties and magnetocaloric effect in epitaxial Fe50Rh50 thin films with (001) texture…”
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In-Line Sputter System Prepared L1 Ordered FePt Granular Film for HAMR Application by Hu, J. F., Zhou, T. J., Phyoe, W. L., Cher, K. M., Shi, J. Z.

“…The FePt-based granular films for heat-assisted magnetic recording (HAMR) application have been developed by using the in-line sputter system. The…”
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Enhanced Exchange Coupling in TiO -Doped FePt-C Nanocomposite Thin Films Induced by Surfactant Mediated Growth by Zhou, T. J., Cher, K. M., Hu, J. F., Lim, B. C., Lwin, P. W., Shi, J. Z.

“…We reported the TiO 2 doping effects on the microstructure and magnetic properties of FePt-C nanocomposite films (dual doping of C and TiO 2 ). X-ray…”
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FeTaC magnetic soft underlayer for L1(0) FePt based perpendicular recording media by Lwin, P W, Hu, J F, Lim, B C, Cher, K M, Zhou, T J

“…FeTaC magnetic soft underlayer under elevated temperature process conditions for L1(0) FePt based perpendicular recording media has been investigated. After…”
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TiN and TiC interlayers for FePt-C based magnetic recording media by Cher, K. M., Zhou, T. J., Lim, W. K., Hu, J. F., Lwin, P. W.

“…Conductive TiN and TiC interlayers were utilized to promote epitaxial growth of (001)-textured FePt in place of the traditional non-conductive MgO interlayer…”
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In-line sputter system prepared L10 ordered FePt granular film for HAMR application by Hu, J. F., Zhou, T. J., Phyoe, W. L., Cher, K. M., Shi, J. Z.

“…The FePt base composite films for HAMR application have been developed by using the in-line sputter system. The microstructure development of the FePt based…”
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Effects of substrate bias with recording layer on perpendicular magnetic media by Shi, J. Z., Lim, W. K., Phyoe, W. L., Hu, J. F., Cher, K. M., Zhou, T. J.

“…A direct current (DC) bias is added on the substrate during the deposition of the recording layer of perpendicular magnetic recording media. It has been found…”
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Grain isolation control of FePt thin film by using Ag nucleation layer by Hu JiangFeng, Phyoe Wai Lwin, TieJun Zhou, Jiangzhong Shi, Cher, K. M. K.

“…The L10 FePt with high magnetic anisotropy is the most promising candidate for heat assisted magnetic recording (HAMR) and bit patterned media (BPM) to further…”
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