High magnetic moment materials and process for fabrication of th

Stock material or miscellaneous articles – Composite – Of inorganic material

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428694TS, 428694TM, 428655, 428656, 428674, 428676, 428675, 428900, 205 50, 205105, 205176, 205182, 205238, 205239, 205255, G11B 566, C25D 518

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active

055829279

ABSTRACT:
Certain alloys of CoFeCu are provided in film and laminate form which have a unique combination of electromagnetic properties which enable them to be used as magnetic thin films in magnetic recording heads, shields and flux guides. The films and laminates thereof are electrodeposited from a plating bath in a DC or pulsed current electrodeposition process.

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Digests of Intermag '86, Apr. 14-17, 1986, Phoenix, US, p. CC-6, IEEE; Y. Hoshi et al.: "Magnetic Properties of Fe-Co-M(M:Mn, V) lambda films by ion beam sputtering".
Extended Abstracts of the Electrochemical Society, vol. 89, p. 430, Abst. #300 (1989) L. T. Romankiw and J. D. Olsen "Electroplated Laminated Cu-Ni-Fe Films From A Single Plating For Inductive Recording Heads And Magnetic Shields".
IEEE Transactions on Magnectics, vol. 24, No. 3: 2045-2054 (May 1988) John C. Slonczewski et al. "Micromagnetics of Laminated Permalloy Films".
Metal Finishing, pp. 77-78 (Apr. 1968) R. Sivakumar and T. L. Rama Char "Deposition of Ternary Alloys--Nickel-Cobalt-Copper from Sulfate Baths".
Electroplating and Metal Finishing, pp. 44-49 (Feb. 1967) D. V. Subrahmanyam and T. L. Rama Char "Electrodeposition of Copper-Cobalt Alloys From The Pyrophosphate Bath".
Plating, pp. 619-625 (Jun. 1970) M. Sarojamma and T. L. Rama Char "Electrodepostion of Ternary Alloys of Cobalt-Nickel-Copper From The Pyrophosphate Bath".
Iron Steel Inst. (London), Rep. No. 14: 97-124 (1936) W. R. Maddocks and G. E. Claussen "Alloys of Iron-Copper-Carbon-Cobalt".
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