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首页> 美国政府科技报告 >Correlations Between Micromagnetic, Microstructural and Microchemical Properties in Ultrathin Epitaxial Magnetic Structures. Magnetic Microstructure Observed With Electron Holography in STEM
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Correlations Between Micromagnetic, Microstructural and Microchemical Properties in Ultrathin Epitaxial Magnetic Structures. Magnetic Microstructure Observed With Electron Holography in STEM

机译：超薄外延磁性结构中微磁性，微观结构与微观化学性质的相关性。 sTEm中电子全息术观察磁性微观结构

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Partial contents: Summary of Selected Research Topics Years 4-6; Room-Temperature Dipole- Ferromagnetism In Linear-Self- Assembling Mesoscopic Fe Particle Arrays; Growth of Self-Organized Mesoscopic Magnetic Structures; Magnetic Coupling In Self-Organized Narrow-Spaced Fe Nanowire Arrays; Quantitative Magnetometry Using Electron Holography: Fields Near Magnetic Force Microscope Tips; Magnetic Nanostructures Produced By Electron Beam Patterning Of Direct Write Transition Metal Fluoride Resists; Defect Induced Lowering Of Activation Energies At Step Bands In Co/Cu(100); Co on Stepped Cu(100) Surfaces: A Comparison of Experimental Data With Growth Simulations; Scientific Publications For Years 4-6: January 1996-July 1998 Conference Proceedings And Extended Abstracts For Years 4-6: January 1996-July 1998 Invited Conference Talks For Years 4-6: January 1996-July 1998 Degrees; Granted and Students/Post- Does Supervised For Years 4-6: January 1996-July 1998; C.V. For Michael R. Scheinfein.

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