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Strain-Assembled Crystalline SrRuO<sub>3</sub> Microtube and Emergent Curvilinear Magnetism. [PDF]
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Magnetic Cobalt Nanowire Thin Films.
ChemInform, 2005AbstractFor Abstract see ChemInform Abstract in Full Text.
Hongmei, Luo +3 more
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IEEE Transactions on Magnetics, 1999
The properties of exchange-spring-coupled bilayer and superlattice films are highlighted for Sm-Co hard magnet (nominally Sm/sub 2/Co/sub 7/) and Fe or Co soft magnet layers. The hexagonal Sm-Co is grown via magnetron sputtering in a- and b-axis epitaxial orientations.
Bader, S. D. +8 more
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The properties of exchange-spring-coupled bilayer and superlattice films are highlighted for Sm-Co hard magnet (nominally Sm/sub 2/Co/sub 7/) and Fe or Co soft magnet layers. The hexagonal Sm-Co is grown via magnetron sputtering in a- and b-axis epitaxial orientations.
Bader, S. D. +8 more
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Proceedings of the December 4-6, 1962, fall joint computer conference on - AFIPS '62 (Fall), 1962
The development and application of magnetic thin films has been persued vigorously by a number of workers. Some of the practical results are tabulated seven years after the first reported work.Advances in ferrite memory technology and difficulties in fabrication of film memories have delayed the widespread use of film memories.
C. Chong, G. Fedde
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The development and application of magnetic thin films has been persued vigorously by a number of workers. Some of the practical results are tabulated seven years after the first reported work.Advances in ferrite memory technology and difficulties in fabrication of film memories have delayed the widespread use of film memories.
C. Chong, G. Fedde
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Proceedings of the IEEE, 1971
Magnetic films are used in the information processing area in two principal applications: random access high speed memory and serial access lower speed memory. The application requirements for magnetic films of these two types, the material properties needed to meet these requirements, and the metallurgical structures which give rise to the properties ...
F.E. Luborsky, R.O. McCary
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Magnetic films are used in the information processing area in two principal applications: random access high speed memory and serial access lower speed memory. The application requirements for magnetic films of these two types, the material properties needed to meet these requirements, and the metallurgical structures which give rise to the properties ...
F.E. Luborsky, R.O. McCary
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Czechoslovak Journal of Physics, 1971
Magnetic oxide films including europium oxide, yttrium and gadolinium iron garnets, orthoferrites, and ferrites are reviewed from a point of view which stresses the common aspects of oxide film growth and the resulting structural and magnetic properties. The growth techniques of each material are described.
R. M. Josephs, B. F. Stein
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Magnetic oxide films including europium oxide, yttrium and gadolinium iron garnets, orthoferrites, and ferrites are reviewed from a point of view which stresses the common aspects of oxide film growth and the resulting structural and magnetic properties. The growth techniques of each material are described.
R. M. Josephs, B. F. Stein
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Nature, 1964
IRON has been vapour-deposited on to amorphous carbon substrates at room temperature and examined, while it was being deposited, by direct-recording electron diffraction1. Fig. 1 shows electron-intensity profiles along a radius vector of the Debye-Scherrer pattern. Successive traces recur every 50 sec at film thickness increments of about 20 A. In Fig.
C. W. B. GRIGSON +2 more
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IRON has been vapour-deposited on to amorphous carbon substrates at room temperature and examined, while it was being deposited, by direct-recording electron diffraction1. Fig. 1 shows electron-intensity profiles along a radius vector of the Debye-Scherrer pattern. Successive traces recur every 50 sec at film thickness increments of about 20 A. In Fig.
C. W. B. GRIGSON +2 more
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IEEE Transactions on Magnetics, 1969
Polycrystalline and epitaxial magnetic oxide films have been fabricated by several investigators. This paper deals predominantly with epitaxial films grown by chemical vapor deposition. The majority of the discussion is concerned with substrates, the deposition process, and film characterization.
J. Mee, G. Pulliam, J. Archer, P. Besser
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Polycrystalline and epitaxial magnetic oxide films have been fabricated by several investigators. This paper deals predominantly with epitaxial films grown by chemical vapor deposition. The majority of the discussion is concerned with substrates, the deposition process, and film characterization.
J. Mee, G. Pulliam, J. Archer, P. Besser
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