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Preparation and Characterization of YFe203 Particles
Single Particle Lorentz Magnetometry
Preparation of Assemblies of Monodispersed Particles
4 other sections not shown
0zaki 8M curves 9 layers amplitude angle angular dependence applied field approximately astigmatism bi-crystal bright-field calculated cles coated with 9 coercivity coherent rotation coil decrease diameter diffraction aperture diffraction lens current diffraction plane dispersion ellipsoidal particle ferromagnetic ferromagnetic particles Foucault condition Foucault images Foucault mode Fresnel Fresnel diffraction grid hematite Hematite particle hysteresis hysteresis curve hysteretic IEEE Trans increase individual particle infinite cylinder investigations isolated particles J.L. Smith JE0L layers of silica Lorentz deflection Lorentz force Lorentz microscopy magnetic induction magnetization reversal magnetometry magnification micrograph micromagnetics mode of Lorentz mono-dispersed particles Mossbauer spectroscopy negative remnant nucleation field objective lens obtained orientation partial sedimentation particle assemblies peak Phys positive remnant prolate ellipsoid region remanence result sample plane saturation magnetization Schultz shown in Figure silica spheres silica thickness silica-coating single particles sub-micron switching field distribution switching measurements test field thesis Transmission Electron Microscopy X-ray diffraction Y-Fe203 particles