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Focuses on a study that investigated the magnetic anisotropy and structure of magnetic recording media. Details of the Carnegie Mellon University cobalt chromite research program; Information on ferromagnetic resonance; Information on the research.

Presents a study which examined magnetic bubble collapse in the presence of a microwave field. Modification of the analysis of bubble domain wall motion; Manner in which the size of a normal static bubble domain was determined in the Thiele² theory; Result that occurs if the region at and near the bubble is excited by a microwave field.

Presents an observation of the process of magnetic bubble generation by microwave excitation. Details on the experimental arrangement; Power required for bubble generation under fixed bias, frequency, and pulse width conditions; Observation of the real time process of bubble nucleation and growth for short pulse widths.

Describes an approach to the computation of effective magnetic moments for holmium (Ho)[sup3+) ions in Ho[sub2)C[sub3] nanocrystals. Composition of Ho[sub2]C[sub3] nanocrystals; Difference of the effective moment from the ion moment per HO[sup3+) ion.

Presents a study which reported on K-band ferromagnetic resonance on a sequence of PtCo multilayer films. Studies on K-band ferromagnetic resonance; Theoretical framework of studies on PtCo multilayers; Details on the curve-fitting algorithm; Experimental results.

Presents a study which investigated the magnetic coupling of nickel and nickel[sub78]iron[sub22] films through intervening silver film. Experimental details; Results and discussion; Conclusions.

Presents a study that investigated the effects of annealing on the magnetic properties of cobalt nickel chromite/chromium thin films. Experimental methods; Results and discussion; Conclusions.

Presents information on the growth characteristics of chromium (Cr) films deposited on substrates under different conditions. Peaks observed in the x-ray diffraction spectrum; Technique used to study the microstructure of the Cr thin films.

Presents a study which investigated ferromagnetic resonance in evaporated single and multilayer thin iron films. Method of the study; Results and discussion; Conclusion.

Presents a study which had grown single and multilayer films of permalloy and copper on silicon substrates using molecular beam epitaxy. Experimental details; Results and discussion; Conclusion.

Presents a study which examined local magnetic fields inside the coating using molecules of L-alanine, irradiated in an electron-beam-processed barium ferrite coating. Description of the average magnetic field at some point inside a ferromagnetic material immersed in a uniform external magnetic field; Method and materials used in preparing barium ferrite; Mathematical description of the demagnetizing field inside coating for thin-film samples.

Studies the interdependece of magnetic properties and intrinsic stress in mono- and polycrystalline thin nickel films. Characterization of the microstructure of both mono- and polycrystalline films; Interpretation of the saturation magnetization; Measurement of the intrinsic stresses in the polycrystalline nickel films.

Presents a study that investigated domain mode ferromagnetic resonance (DMFMR) in bismuth-substituted magnetic garnet films. Description of the DMFMR theory; Preparation of samples used in the experiment; Theoretical values for the zero-field domain wall resonance.

Presents a study which assessed the effect of annealing and magnetic annealing on the magnetic and structural properties of NiFe/FeMn thin bilayer films. Experimental procedures; Results and discussion; Conclusion.

Presents a study that examined the magnetoelasticity in cobalt-chromium alloy thin films. Analysis of the ferromagnetic resonance of the thin films; Evaluation of the effective anisotropy field of the sample; Correlation between stress-induced anisotropy and substrate temperature.

Examines the spin-wave resonance (SWR) modes seen in the ferromagnetic resonance spectrum of NiFe/FeMn. Behavior of the SWR modes; Indication of the transmission electron microscopy; Effect of the application of an in-plane magnetic field during anneal on the SWR mode intensities.

Observes distinct and repeatable ferromagnetic resonance foldover effects in specimens of pure yttrium iron garnet (YIG) at modest microwave power levels. Three reasons that the YIG specimens exhibit the foldover; Determination of the minimum microwave magnetic field value at which foldover will occur; Conclusions.

Deals with a study which presented how ferromagnetic resonance (FMR) can be used to elucidate the magnetic characteristics and structure of cobalt-chromium (Co-Cr) films. Information on FMR; Comparisom of static and dynamic Co-Cr film parameters; Conclusion.

Focuses on a study that reported the coordinated strain-dependent magnetic anisotropy studies of cobalt-copper (100) superlattices. Methods used; Factors that affect many phenomena observed in magnetic multilayers; Reason for using transmission electron microscopy studies.

Provides information on a study that investigated the magnetic properties of carbon-coated gadolinium and holmium sesquicarbide nanocrystallites. Experimental procedure; Results and discussion on the study; Conclusions.

Provides information on a study that used the Kr&aumltschmer-Huffman carbon-arc method of preparing fullerenes to generate carbon-coated transition metal (TM) and TM-carbide nanocrystallites. Methodology of the study; Results and discussion on the study; Conclusions.

Comments on an article about anisotropy studies of molecular-beam epitaxy-grown cobalt thin films by ferromagnetic resonance (FMR). Examination of the magnetic free energy expression used to calculate FMR frequencies; Information on the development of the FMR relation.