Results 191 to 200 of about 602,440 (381)
The Effect of Magnetization Upon the Elasticity of Rods [PDF]
James S. Stevens, Herbert Grove Dorsey
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In layered magnets, the atomistic Dzyaloshinskii–Moriya interaction (DMI) depends critically not only on the orbital occupancy of the interface layer but also on the sequence of the atomic layers. The effect can be understood by analyzing the contributions of different orbitals to DMI.
Khalil Zakeri+3 more
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XXIX. The interactions of circular and longitudinal magnetizations. (Preliminary note.) [PDF]
C. G. Knott
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All‐Heat Control of Magnetization Dynamics on Van der Waals Magnets
Heat dissipation in nanomagnetic devices mediated by femtosecond laser excitation constitutes one of the pressing challenges toward energy‐efficient information communication technologies. Here it is shown that heat and magnetization play together to determine the ultrafast spin dynamics of van der Waals magnets across any substrates and magnet ...
Sumit Haldar+3 more
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Effects of low-level La doping and ageing on TlPb-1223 high T c superconductors
Cigáň Alexander+6 more
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Some Points with Regard to the Variation of the Specific Magnetization of a Substance with Temperature [PDF]
W. F. G. Swann
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Dynamic Magnonic Crystals Based on Spatiotemporal Plasmon Excitation
Hybrid magnonic‐plasmonic metamaterials enabling spatiotemporal optical control of spin‐wave transport are demonstrated. These structures integrate periodic stripes of gold nanodisk arrays with low‐damping yttrium iron garnet films to realize dynamically reconfigurable magnonic crystals.
Nikolai Kuznetsov+3 more
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On an experimental determination of the work of magnetization [PDF]
A. Wassmuth, G. Schilling
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The coexistence of ferromagnetic and antiferromagnetic orders in van der Waals magnet above room temperature, inducing an intrinsic exchange bias and canted perpendicular magnetism is discovered. Such non‐trivial intrinsic magnetic order enables the realization of energy‐efficient and magnetic field‐free spin‐orbit torque memory devices.
Bing Zhao+8 more
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XLVII. The magnetization of iron in strong fields [PDF]
Shelford Bidwell
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