Journal of Magnetism and Magnetic Materials 2005: Vol 287 Index

2005·1.4 MB·English

Available online at www.sciencedirect.com
science @oinecr: DA een
and
magnetic
materials
ELSEVIER Journal of Magnetism and Magnetic Materials 287 (2005) 507-512
www.elsevier.com/locate/jmmm
Author index to volume 287
Abarra, E.N., see Choe, G. Chiba, T., J. Ariake and N. Honda, Structure and
Abe, Y., see Doi, M. magnetic properties of Co-Pt-Ta,Os film for per-
Abelmann, L., see Onoue, T. pendicular magnetic recording media
Acharya, B.R., see Choe, G. Chiba, T., see Ariake, J.
Ahmed, M.Z., P.J. Davey and Y. Kurihara, Construc- Choe, G., M. Zheng, E.N. Abarra, B.G. Demezyk, J.N.
tive inter-track interference (CITI) codes for perpen- Zhou, B.R. Acharya and K.E. Johnson, High-
dicular magnetic recording performance CoPtCrO perpendicular media: opti-
AlHajDarwish, M., see Covington, M. mizing exchange coupling and anisotropy orientation
Aoi, H., see Xia, W. dispersion
Aoi, H., see Hashimoto, M. Chong, T.-C., see Liu, B.
Aoi, H., see Yatagai, A. Covington, M., M. AlHajDarwish, Y. Ding, A. Rebei,
Aoi, H., see Miura, K. G.J. Parker, N. Gokemeijer and M.A. Seigler, Spin
Aoi, H., see Suzuki, Y. transfer effects in current perpendicular to the plane
Aoi, H., see Yamakawa, K. spin valves
Aoi, H., see Yamada, H. Cruz, J.R., see Tan, W.
Aoyagi, Y., T.K. Taguchi, M. Takagishi and Y. Tanaka,
Practical resolution analysis of perpendicular Das, S. and S. Nakagawa, An approach to estimate the
recording magnetic anisotropy constants in a CoCrPt record-
Aoyama, T., I. Sato, H. Ito and S. Ishio, B ion ing layer with a NiFe soft underlayer
implantation effects on Ll, chemical ordering of Das, S. and S. Nakagawa, Study of magnetization
FePt thin films reversal phenomena in CoCrTaPt perpendicular
Ariake, J.. T. Chiba, S. Watanabe, N. Honda and K. recording thin film media in a tilted magnetic
Ouchi, Magnetic and structural properties of Co-Pt field
perpendicular recording media with large magnetic Davey, P.J., see Ahmed, M.Z.
anisotropy Demezyk, B.G., see Choe, G.
Ariake, J., see Kiya, T. Dewi, M., see Piramanayagam, S.N.
Ariake, J., see Yamane, H. Ding, Y., see Covington, M.
Ariake, J., see Chiba, T. Do, H., see Moser, A.
Ariake, J., see Keitoku, T. Do, H., see Heidmann, J.
Ariake, J., see Sayama, J. Dobin, A.Yu., see Richter, H.J.
Asahi, T.. M. Tanaka, J. Sayama, J. Kawaji, S. Doi, M., M. Izumi, Y. Abe, H. Fukuzawa, H.N. Fuke,
Matsunuma and T. Osaka, Effect of N> additive H. Iwasaki and M. Sahashi, Exchange coupling and
gas during sputtering on magnetic properties and NOL magnetism consideration in Co, \Fe, specular
microstructure of CoB/Pd multilayered media spin-valves
Asahi, T., see Tanaka, M.
Asahi, T., see Sayama, J.
Egelhoff, W.F., Jr.. L. Gan, H. Ettedgui, Y. Kadmon,
Asahi, T., see Osaka, T.
C.J. Powell, P.J. Chen, A.J. Shapiro, R.D. McMi-
chael, J.J. Mallett, T.P. Moffat, M.D. Stiles and E.B.
Bain, J.A.. Analysis and optimization of terabit mag- Svedberg, Artifacts that mimic ballistic magnetore-
netic recording systems limited by down-track and sistance
cross-track write field gradients Eppler, W.R., see Ozgunes, I.
Bekkers, G., see Kao, A.S. Ettedgui, H., see Egelhoff, W.F., Jr.
Chang, C.-R., see Yang, J.-S. Fuke, H.N., see Doi, M.
Chen, P.J., see Egelhoff, W.F., Jr. Fukuzawa, H., see Doi, M.
dot: 10.1016/S0304-8853(05)00027-2
508 Author index to volume 287
Funabashi, N., E. Miyashita, R. Taguchi, T. Tamaki Ikeda, Y., see Heidmann, J.
and S. Nakamura, Read/write characteristics and Inamura, R., see Shimoda, K.
thermal decay on Tb—Fe-Co/Co—Cr-—Pt-B hybrid Ise, K., K. Yamakawa, N. Honda, K. Ouchi, H.
perpendicular magnetic recording media Muraoka and Y. Nakamura, Cusp-field single-pole
Funabashi, N., see Miyashita, E. head with narrow trailing gap
Ise, K., see Shintaku, K.
Gan, L., see Egelhoff, W.F., Jr. Ise, K., see Yamakawa, K.
Gokemeijer, N., see Covington, M. Ishikawa, C., see Mochizuki, M.
Goodman, A.M., see Greaves, S.J. Ishio, S., see Saito, H.
Greaves, S.J.. A.M. Goodman, H. Muraoka and Y. Ishio, S., see Aoyama, T.
Nakamura, Exchange coupling and grain-size dis- Ishio, S., see Li, G.
tributions in perpendicular recording media Isozaki, H., Y. Okamoto, H. Osawa, H. Muraoka and
Guarisco, D., Y. Wu, P. Luo, B.E. Higgins and K. Saito, Y. Nakamura, Influence of overwrite noise on
Perpendicular integration challenges performance of PRML channels in perpendicular
Gustafson, R.W., see Kryder, M.H. magnetic recording
Ito, H., see Aoyama, T.
Ito, H., see Li, G.
Hara, M., see Igarashi, M.
Ito, S., T. Okamoto, S.-H. Kong and S. Nakagawa, Fe
Hashimoto, A., S. Saito and M. Takahashi, Magnetiza-
Co-B/[Ni-Fe/Si] soft magnetic underlayer with high
tion reversal mechanism of soft magnetic underlayer
anisotropy field along cross-track direction on disk
pinned by antiferromagnetic layer
substrate
Hashimoto, M., K. Miura, H. Muraoka, H. Aoi and Y.
Iwasaki, H., see Doi, M.
Nakamura, Influence of magnetic cluster size dis-
Iwasaki, S., see Yamane, H.
tribution on SNR and bit error rate in perpendicular
magnetic recording Iwasaki, S.-i., Development of perpendicular magnetic
recording conference
Hayashi, N., Y. Miyamoto, K. Machida and T. Tamaki,
Iwasaki, S.-i., Principal complementarity between per-
Influence of underlayers on the soft magnetic
pendicular and longitudinal magnetic recording
properties of Fe-Co—Al-O films
Heidmann, J.. H. Do, M. Xiao, K. Takano and Y. Iwasaki, S.-i., see Takahashi, S.
Izumi, M., see Doi, M.
Ikeda, Experimental study of the head/medium
magneto dynamics in perpendicular recording
Higgins, B.E., see Guarisco, D. Johnson, K.E., see Choe, G.
Hirata, K., T. Roppongi and K. Noguchi, A study of Judy, J.H., Advancements in PMR thin-film media
pole material properties for pole erasure suppression Judy, J.H., see Speetzen, N.
in perpendicular recording heads
Homma, T., see Tanaka, M. Kadmon, Y., see Egelhoff, W.F., Jr.
Homma, T., see Kawaji, J. Kamiki, T., see Nakagawa, S.
Honda, N., T. Kiya and K. Ouchi, Simulation study of Kanai, Y., H. Watanabe, H. Muraoka and Y. Naka-
nonlinear transition shift in perpendicular magnetic mura, Single-pole-type head showing a large record-
recording media with increased M—H loop slope ing field suitable for 1 Tbpsi with discrete-track media
Honda, N., see Komakine, T. Kaneko, D., see Shimoda, K.
Honda, N., see Kiya, T. Kao, A.S., H.J. Lee, G. Bekkers and S. Hong, Wide-area
Honda, N., see Yamane, H. track erasure in perpendicular recording
Honda, N., see Chiba, T. Kappenberger, P., see Moser, A.
Honda, N., see Keitoku, T. Kawabata, K., see Kawai, K.
Honda, N., see Ariake, J. Kawai, K., S. Honda, R. Sugiki, M. Komatsu and K.
Honda, N., see Kurosawa, T. Kawabata, High coercive FePt alloys prepared by a
Honda, N., see Ise, K. new sputtering method
Honda, S., see Kawai, K. Kawaji, J.. F. Kitaizumi, H. Oikawa, D. Niwa, T.
Honda, S., see Nawate, M. Homma and T. Osaka, Area selective formation of
Hong, S., see Kao, A.S. magnetic nanodot arrays on Si wafer by electroless
Hug, H.J., see Moser, A. deposition
Kawaji, J., see Tanaka, M.
Igarashi, M., M. Hara, A. Nakamura and Y. Sugita, Kawaji, J., see Asahi, T.
Computer simulation of the thermal stability in Kawaji, J., see Osaka, T.
perpendicular recording media using the thermal Keitoku, T., J. Ariake and N. Honda, Preparation
acceleration method condition of Co-Pt-Cr-SiO, films with high
Ikeda, Y., see Moser, A. coercivity
Author index to volume 287
Kikuchi, N., R. Murillo and J.C. Lodder, AHE Miura, K., see Hashimoto, M.
measurements of very thin films and nanosized dots Miura, K., see Yatagai, A.
Kimura, K., see Tanaka, M. Miyamoto, Y., see Hayashi, N.
Kitaizumi, F., see Kawaji, J. Miyashita, E., N. Funabashi, R. Taguchi, T. Tamaki
Kiya, T., N. Honda, J. Ariake and K. Ouchi, Effect of and S. Nakamura, Dependence of thermal decay on
parameters of media on perpendicular magnetic the magnetic cluster size of perpendicular magnetic
recording properties recording media
Kiya, T., see Honda, N. Miyashita, E., see Funabashi, N.
Kiya, T., see Shintaku, K. Mizutani, K., see Sayama, J.
Komakine, T., N. Honda and K. Ouchi, Analysis of over- Mochizuki, M., C. Ishikawa, Y. Okada and K.
write spectrum in perpendicular magnetic recording Nakamoto, Reduction in remanent magnetization
Komatsu, M., see Kawai, K. using a multi-layered single-pole writer
Kong, S.-H., see Ito, S. Moffat, T.P., see Egelhoff, W.F., Jr.
Kryder, M.H. and R.W. Gustafson, High-density Morisako, A., see Rahman, T.
perpendicular recording—advances, issues, and ex- Moser, A., M. Xiao, P. Kappenberger, K. Takano, W.
tensibility Weresin, Y. Ikeda, H. Do and H.J. Hug, High-
Kurihara, Y., see Ahmed, M.Z. resolution magnetic force microscopy study of high-
Kurisu, H., see Tanaka, T. density transitions in perpendicular recording media
Kurosawa, T. and N. Honda, Distributions and Moser, A., see Williams, M.
dynamics of spike noise in double-layered perpendi- Muraoka, H., see Greaves, S.J.
cular recording media Muraoka, H., see Xia, W.
Kusumi, T., K. Yamakawa and K. Ouchi, Head position Muraoka, H., see Hashimoto, M.
control on quasi-static read/write tester Muraoka, H., see Yatagai, A.
Muraoka, H., see Miura, K.
Muraoka, H., see Kanai, Y.
Lee, H.J., see Kao, A.S.
Muraoka, H., see Yamakawa, K.
Lee, J. and J. Lee, A PRML with modified branches of a
Muraoka, H., see Ise, K.
dual MTR code for high-density PMR channels
Muraoka, H., see Nakamura, Y.
Lee, J., see Lee, J.
Muraoka, H., see Isozaki, H.
Lengsfield, B., see Williams, M.
Muraoka, H., see Yamada, H.
Li, G., H. Takahoshi, H. Ito, T. Washiya, H. Saito, S.
Murillo, R., see Kikuchi, N.
Ishio, T. Shima and K. Takanashi, Mechanism of
magnetization process of island-like L1y FePt films
Lim, B.C., see Piramanayagam, S.N. Nakagawa, S. and H. Yoshikawa, Effect of roughness
Liu, B., J. Liu and T.-C. Chong, Slider design for sub-3- and continuity of Co layers to magnetic properties of
nm flying height head-disk systems Co/Pd multilayers
Liu, J., see Liu, B. Nakagawa, S. and T. Kamiki, Highly (001) oriented
Liu, X., see Rahman, T. FePt ordered alloy thin films fabricated from
Lodder, J.C., see Kikuchi, N. Pt(100)/Fe(100) structure on glass disks without
Lodder, J.C., see Onoue, T. seed layers
Luo, P., see Guarisco, D. Nakagawa, S., see Ito, S.
Nakagawa, S., see Das, S.
Machida, K., see Hayashi, N. Nakagawa, S., see Das, S.
Maekawa, M.., see Nishio, H. Nakamoto, K., see Mochizuki, M.
Mallett, J.J., see Egelhoff, W.F., Jr. Nakamura, A., see Igarashi, M.
Matsumoto, M., see Rahman, T. Nakamura, K., T. Shimakura and H. Suzuki, Magnetic
Matsunuma, S., see Tanaka, M. field measurement for analysis of GHz response in
Matsunuma, S., see Asahi, T. SPT head using electron beam tomography
Matsunuma, S., see Sayama, J. Nakamura, S., see Miyashita, E.
Matsuura, M., see Tanaka, T. Nakamura, S., see Funabashi, N.
McMichael, R.D., see Egelhoff, W.F., Jr. Nakamura, Y., Basic design concepts for perpendicular
Middleton, B.K., see Ntokas, I.T. magnetic recording—from viewpoints of high writing
Mita, S., A generalized data discrimination scheme using ability and resolution
kernel machines in the presence of pattern-dependent Nakamura, Y., Y. Okamoto, H. Osawa, H. Muraoka
noise and Y. Nakamura, Performance comparison of post-
Miura, K., H. Muraoka, H. Aoi and Y. Nakamura, processor for PRML channel in_ perpendicular
Correlation between transition parameter and transi- magnetic recording
tion jitter using Voronoi cell modeling Nakamura, Y., see Greaves, S.J.
510 Author index to volume 287
Nakamura, .. see Xia, W. Ouchi, K., see Yamakawa, K.
Nakamura, .. see Hashimoto. M. Ouchi, K., see Ise, K.
Nakamura. .. see Yatagai, A. Ouchi, K., see Kusumi, T.
Nakamura, ., see Miura, K. Ozgunes, I. and W.R. Eppler, Modeling of the nonlinear
Nakamura, .. see Kanai, Y. perpendicular recording readback signal
Nakamura, .. see Yamakawa, K.
Nakamura, ., see Ise, K. Parker, G.J., see Covington, M.
Nakamura, .. see Nakamura, Y. Payne, R., see Williams, M.
Nakamura, Y., see Isozaki, H. Perumal, A., see Zhang, Z.
Nakamura, ewnYe., eseeee eYaemacdaH, H. Piramanayagam, S.N., H.B. Zhao, M. Dewi and B.C.
Nawate, M., S. Honda and H. Tanaka, Domain wall Lim, Investigations on annealed Ni-P in Al-Mg/Ni
confinement with thin film edges P substrates as soft underlayer for perpendicular
Nishida, Y., see Suzuki, Y. recording media
Nishio, H., Y. Ota, M. Maekawa and H. Yamamoto, Pohkil, T., see Speetzen, N.
Thermal stability of information storage tapes Powell, C.J., see Egelhoff, W.F., Jr.
prepared from very fine metal particles
Niwa, D., see Kawaji, J. Qi, X., see Speetzen, N.
Nix, L., see Williams, M.
Noguchi, K., see Hirata, K. Rahman, T., X. Liu, A. Morisako and M. Matsumoto,
Ntokas, I.T., P.W. Nutter and B.K. Middleton, Evalua- Tbfeco film with W underlayer and overlayer for
tion of read channel performance for perpendicular perpendicular magnetic recording
patterned media Rebei, A., see Covington, M.
Nutter, P.W., see Ntokas, I.T. Rheem, Y.W., see Saito, H.
Richter, H.J. and A.Yu. Dobin, Angle effects at high-
Ohsawa, Y.. Fabrication and in situ magnetoresistance density magnetic recording
measurement of a Ni point-contact in planar Roppongi, T., see Hirata, K.
configuration
Ohshima, T., see Shimoda, K. Sagae, K., see Yamakawa, K.
Ohtake, M., see Takahashi, N. Sahashi, M., see Doi, M.
Oikawa, H., see Kawaji, J. Saito, H., Y.W. Rheem and S. Ishio, Simulation of high-
Okada, Y., see Mochizuki, M. resolution MFM tips for high-density magnetic
Okamoto, T., see Ito, S. recording media with low bit aspect ratio
Okamoto, Y., see Nakamura, Y. Saito, H., see Li, G.
Okamoto, Y., see Isozaki, H. Saito, K., see Guarisco, D.
Onoue, T.. M.H. Siekman, L. Abelmann and J.C. Saito, S., see Hashimoto, A.
Lodder, Heat-assisted magnetic probe recording on Sato, I., see Aoyama, T.
a CoNi/Pt multilayered film Sayama, J., K. Mizutani, T. Asahi, J. Ariake, K. Ouchi,
Osaka, T., T. Asahi, T. Yokoshima and J. Kawaji, S. Matsunuma and T. Osaka, Magnetic properties
Electroless-deposited soft magnetic underlayer on and microstructure of SmCos thin film with perpen-
silicon disk substrate for double-layered perpendicu- dicular magnetic anisotropy
lar magnetic recording media Sayama, J., see Asahi, T.
Osaka, T., see Tanaka, M. Seigler, M.A., see Covington, M.
Osaka, T., see Asahi, T. Shapiro, A.J., see Egelhoff, W.F., Jr.
Osaka, T.. see Sayama, J. Shima, T., see Li, G.
Osaka, T., see Kawaji, J. Shimakura, T., see Nakamura, K.
Osawa, H., see Nakamura, Y. Shimatsu, T., see Yamada, H.
Osawa, H., see Isozaki, H. Shimoda, K., T. Sugimoto, R. Inamura, T. Ohshima, D.
Ota, Y., see Nishio, H. Kaneko, S. Takefusa, T. Uzumaki and A. Tanaka,
Ouchi, K., see Komakine, T. Recording characteristics of CoPtCr-SiO» perpendi-
Ouchi, K., see Honda, N. cular media
Ouchi, K.. see Kiya, T. Shinagawa, K., see Takahashi, N.
Ouchi, K., see Taguchi, K. Shintaku, K., K. Ise, T. Kiya, K. Yamakawa and K.
Ouchi, K., see Yamane, H. Ouchi, Fe-Co-Al-O soft magnetic films for main
Ouchi, K., see Ariake, J. pole of CF-SPT head and underlayer of perpendi-
Ouchi, K., see Sayama, J. cular double-layered media
Ouchi, K., see Takahashi, S. Siekman, M.H., see Onoue, T.
Ouchi, K., see Shintaku, K. Singh, A.K., see Zhang, Z.
Author index to volume 287
Speetzen, N., B.J.H. Stadler, E. Yuan, R.H. Victora, X. Tanaka, Y., Recording performance and system inte-
Qi, J.H. Judy, N. Supper and T. Pohkil, Co/Pd gration of perpendicular magnetic recording
multilayers for perpendicular magnetic recording Tanaka, Y., see Aoyagi, Y.
media Tsuchiyama, R., see Yamada, H.
Stadler, B.J.H., see Speetzen, N.
Stiles, M.D., see Egelhoff, W.F., Jr. Uzumaki, T., see Shimoda, K.
Sugiki, R., see Kawai, K.
Sugimoto, T., see Shimoda, K. Victora, R.H., see Speetzen, N.
Sugita, Y., see Igarashi, M.
Supper, N., see Speetzen, N.
Washiya, T., see Li, G.
Suzuki, A., see Yoshida, K.
Watanabe, H., see Kanai, Y.
Suzuki, H., ssee e Nakamura, K. Watanabe, I., see Yamada, H.
Suzuki, T., see Zhang, Z.
Watanabe, S., see Yamane, H.
Suzuki, Y., Y. Nishida and H. Aoi, Spacing loss factor
Watanabe, S., see Ariake, J.
for the read back from a perpendicular medium with
Weresin, W., see Williams, M.
a soft underlayer
Weresin, W., see Moser, A.
Svedberg, E.B., see Egelhoff, W.F., Jr.
Williams, M., W. Weresin, B. Lengsfield, A. Moser,
L. Nix and R. Payne, Studies of transition
Taguchi, K., S. Takahashi, K. Yamakawa and K. noise in media recorded by heads with trailing
Ouchi, Control of transition shift using DC-bias shields
current Wu. Y., see Guarisco, D.
Taguchi, R., see Miyashita, E.
Taguchi, R., see Funabashi, N. Xia, W., T. Yamada, H. Aoi, H. Muraoka and Y.
Taguchi, T.K., see Aoyagi, Y. Nakamura, Reduction of track width in perpendi-
Takagishi, M., see Aoyagi, Y. cular magnetic recording
Takahashi, M., see Hashimoto, A. Xiao, M., see Moser, A.
Takahashi, N., M. Ohtake and K. Shinagawa, 3-D FEM Xiao, M., see Heidmann, J.
analysis of writing characteristics of CF-SPT head in
cross-track and down-track directions Yamada, H., T. Shimatsu, I. Watanabe, R. Tsuchiyama,
Takahashi. S.. K. Yamakawa, K. Ouchi and S.-i. H. Aoi, H. Muraoka and Y. Nakamura, Read/write
Iwasaki, Grooved soft-underlayer for double-layered performance of perpendicular double-layered cylind-
medium rical media
Takahashi, S., see Taguchi, K. Yamada, T., see Xia, W.
Takahoshi, H., see Li, G. Yamakawa, K., K. Ise, K. Ouchi, K. Sagae, H.
Takanashi, K., see Li, G. Muraoka, H. Aoi and Y. Nakamura, New high
Takano, K., Magnetization dynamics of perpendicular field single-pole head design with an_ ultra-fine
writers coil
Takano, K., see Moser, A. Yamakawa, K., see Taguchi, K.
Takano, K., see Heidmann, J. Yamakawa, K., see Takahashi, S.
Takefusa, S., see Shimoda, K. Yamakawa, K., see Shintaku, K.
Tamaki, T., see Miyashita, E. Yamakawa, K., see Ise, K.
Tamaki, T., see Funabashi, N. Yamakawa, K., see Kusumi, T.
Tamaki, T., see Hayashi, N. Yamamoto, H., see Nishio, H.
Tan, W. and J.R. Cruz, Evaluation of detection Yamamoto, S., see Tanaka, T.
algorithms for perpendicular recording channels with Yamane, H., S. Watanabe, J. Ariake, N. Honda, K.
intertrack interference Ouchi and S. Iwasaki, Effect of oxygen on magnetic
Tanaka, A., see Shimoda, K. properties of Co-Pt-Cr-SiO, thin films for perpen-
Tanaka, H., see Nawate, M. dicular recording media
Tanaka, M., J. Kawaji, K. Kimura, T. Asahi, T. Yanagihara, H., see Yoshida, K.
Homma, S. Matsunuma and T. Osaka. Microstruc- Yang, J.-S. and C.-R. Chang, Fast switching in
ture of a Co/Pd multilayered perpendicular recording single-domain particles with uniaxial quartic aniso-
medium with Pd seeds prepared by electrochemical tropy
process Yatagai, A., K. Miura, H. Muraoka, H. Aoi and Y.
Tanaka, M., see Asahi, T. Nakamura, Noise characterization of perpen-
Tanaka, T., S. Yamamoto, H. Kurisu and M. Matsuura, dicular magnetic media using autocorrelation
Eddy current effect in soft magnetic backlayer for method
PMR media Yin, J., see Zhang, Z.
Author index to volume 287
Yokoshima, T., see Osaka, T. 292 Zhang, Z., A.K. Singh, J. Yin, A. Perumal and T.
Yoshida, K., A. Suzuki and H. Yanagihara, Calcula- Suzuki, Double-layered perpendicular magnetic re-
tions of magnetization configurations of SPT head cording media of granular-type FePt-MgO films
using micromagnetic model Zhao, H.B., see Piramanayagam, S.N.
Yoshikawa, H., see Nakagawa, S. Zheng, M., see Choe, G.
Yuan, E., see Speetzen, N. Zhou, J.N., see Choe, G.
Available online at www.sciencedirect.com
FA \ournal ot
SCIENCE @emnecr- magnetism
and
magnetic
materials
ELSEVIER Journal of Magnetism and Magnetic Materials 287 (2005) 513-515
www.elsevier.com/locate/jmmm
Subject index to volume 287
3-D finite element method 89 Cu seedlayer 239 Field gradient 367
Current perpendicular to the plane 325 Field strength 367
Additive N» gas 199 Cusp-field single-pole head 265 Film edge 392
Aerodynamics 339 Cusp-field single-pole-type head 89 Finite-Element methods 362
Angle effects 41 Cylindrical magnetic storage system 486 Flying height 339
Anisotropy constants 308 Frequency response 333
Data 475
Anisotropy dispersion 159
Anisotropy field 234 DC-bias current 144 Giant magnetoresistance 325
Dibit 442
Annealing 271 Glass disks 204
Anomalous Hall effect 314, 320 Differential pulse width 149 Grain size 172
Antiferromagnetic layer 176 Distribution 172 Groove 260
Domain size 250
Antiferromagnetic/ferromagnetic stacking
Domain structure 219, 352
structure 287 Hard disk drive 468
Domain wall confinement 392
Ar pressure 167 Head field 346
Area selective formation 245 Domain-wall displacement 287 Head-disk interface 339
Double layer perpendicular media 468
Artifacts 496 Head-medium magneto-static interaction
Double-layered media 308 27
Double-layered medium 83
Backlayer 118 Double-layered perpendicular recording Heat assist 501
Ballistic 491 High saturation magnetic flux density 265
media 118
Ballistic magnetoresistance 496 Double-layered perpendicular recording High saturation magnetization 387
Bit curvature 260 medium 27 High-density magnetic recording 421
High-density recording 298
High-speed switching 357
c-axis orientation 204 Easy/hard transition 107 Historical view |
Channel detection 397 Eddy currents 481 Hybrid media 255
Chemical ordering 209 Effective magnetization vector. 314 Hysteresis loop slope 118
Cluster size distribution 123 Electrochemical process 188
Co thin layer 193 Electroless deposition 245, 292
Incident angle of sputtered particles 281
Co/Pd multilayered perpendicular record- Electron beam tomography 333
InSn seedlayer 181
ing media 188 Electroplating 271
Integration 468
Co/Pd multilayers 16, 181, 193 Erasure 475
Interleaved parity-check code 405
Co/Pt multilayer 320 Error rate performance 123
Intermediate layer 118, 176
Co/Sm laminate structure 239 Exchange coupling 66, 159, 381 Intertrack interference (ITI) 397, 432
CoB/Pd multilayered film 199 External field 144
Ion implantation 209
CoCr alloys 16
Iterative decoding 426
CoCrPtSiO, oxides 16 Fast switching 303
Coercivity 214, 219, 250 Fe-Co alloy 387
Coil 367 Fe-Co particle 234 Jitter 61, 66, 432, 449
Joint-track detection 397
Complementarity 9 Fe-Co-Al-O 265
Complementary features 468 Fe-Co-B 281
CoNiP alloys 245 FEM calculation 77 Kernel machines 426
Constructive inter-track interference 432 FePt 209
CoPtCrO 159 FePt film 224 LI, 209
Co-Pt-Cr-SiO, 153, 176 FePt-ordered alloy film 204 Ll, FePt 214
Co-Pt-Ta,O; 167 Ferromagnetic hall effect 308 Lly FePt film 219
Crystallite size 234 Field calculation 138 LLG equation 392
doi:10.1016/S0304-8853(05)00028-4
514 Subject index to volume 287
Longitudinal recording 9 Overwrite noise 107, 416 Recording codes 432
Low bit aspect ratio 102 Oxygen effect 153 Recording potential 41
Recording systems 459
Magnetic anisotropy field 281 Pattern-dependent noise 426 Recording write heads 362
Magnetic cluster 149 Patterned media 245, 320, 437 Remanent magnetization 372
Magnetic cluster size 96 Pd activation process 245 Return pole 83
Magnetic disk drive 339 Pd seeds 188 Return-yoke 376
Magnetic domain 83 Perpendicular recording heads 459 Reverse 61
Magnetic field 333 Perpendicular recording media 459 Rotation magnetization 287
Magnetic field calculations 362 Perpendicular 61, 442, 475
Magnetic field gradient 51 Perpendicular coercivity 167, 172 Shield 61
Magnetic force microscopy 102, Perpendicular double-layered media Si-doping 181
298, 501 486 Signal-induced noise 276
Magnetic memory 339 Perpendicular head 346 Silicon disk 292
Magnetic property 153 Perpendicular magnetic anisotropy Simulation 66, 96
Magnetic recording 89, 138 239 Simulation study 113
Magnetic recording channels 426 Perpendicular magnetic recording 1, Single pole type perpendicular head
Magnetic recording density anaiysis 21, U1, V3, 123, 128, 133; 138, 18t, 468
51 250, 255, 276, 298, 362, 372, 376, Single-domain structure 308
Magnetic recording media 102 405, 459 Single-pole head 27, 77, 367, 376
Magnetic recording-perpendicular Perpendicular magnetic recording media Single-pole writer 372
229 224 Single-pole-type head 83
Magnetization dynamics 325, 346 Perpendicular magnetic recording medium Single-pole-type writer 486
Magnetization process 219 199, 292 SmCo; thin film 239
Magnetization rotation 314 Perpendicular magnetic recording thin SNR 224
Magnetization-reversal 229 SNRow 416
film media 16
Magnetoresistance 491 Perpendicular magnetization component Soft magnetic backlayer 481
Media 167 314 Soft magnetic layer 276
Media noise 159 Perpendicular media 96, 159 Soft magnetic underlayer 265, 271,
Medium hysteresis model 89 Perpendicular recording 9, 41, 51, 287, 292, 308
Metal particle tape 9 107, 271, 357, 397, 432, 437, 449, Soft underlayer 376
Metal particulate tape 234 468, 481 Soft-magnetic back-layer 27
MFM 149 Perpendicular recording head 352 Soft-underlayer 357
MFM image 255 Perpendicular recording media 153 Spatial resolution 102
MFM tips 102 Perpendicular recording medium 72 Specular spin valve 381
M-H loop slope 113 Phase change 214 Spike noise 276
Micromagnetic simulation 72 PMRC 1 Spin momentum transfer 325
Micromagnetics 83, 346, 392 Point-contact 491 Spin valve 325
Microstructure 188, 229 Pole erasure 352 Spin waves 357
Micro-track model 149 SPT head 333
Pole material properties 352
MMPC 214 Post-processing 405 Sputter Ar gas pressure 193
Modulation code 410 Sputtering 214
PR channel 416
MTR coding 410 Stoner-Wohlfarth astroid 41
Precessional switching 303
Multilayer 501 PRML 410, 437 SUL 260
Multi-layered film 372 Probe recording 501 Surface morphology 172
Pt(1 00)/Fe(1 00) bilayer 204 Surface roughness 193
Nanocontacts 392, 491, 496 Surface-free energy 387
Nano-oxide layer 381
Quartic anisotropy 303
New classification of research work | TbFeCo film 250
Quasi-static read/write tester 421
NLTS 144 Thermal acceleration method 72
Noise 66 Thermal decay 96, 255
Noise autocorrelation 128 Read channel 437 Thermal stability 72, 224, 234
Noise predictive 416 Read head 138 Thin films-sputtered 229
Noise spectrum 107 Read sensitivity 449 three-dimensional finite element method
Nonlinear 442 Read/ write characteristics 255 481
Nonlinear transition shift 113 Recording 475 Tilted magnetic field 314
Non-servo tracks 421 Recording characteristics 176 Tilted media 303
Subject index to volume 287
Time-domain Kerr microscopy Transition shift 144 Voronoi cells 133
357 Transition width 133
Track density 260 W underlayer 250
Track following 421 Write efficiency 449
Track width 77 Viterbi detector with modified branch Write head materials 387
Transition jitter 133, 149 metric 410
Transition percolation 123 Volterra 442 X-ray photoelectron spectroscopy 153