Vibrating sample magnetometry

A single-pot reaction of maghemite nanoparticles, fluorescent pigment, polyester resin, TweenSO, SpanSO, AIBN, and styrene dispersed in an aqueous NaOH solution, led to the formation of ferromagnetic (hysteresis in vibrating sample magnetometry analysis) hybrid nanoparticles [164]. Magnetite compatibilization is ascribed to the application of polyester resin. 

Mae] Vibrating sample magnetometry Magnetic properties of PtFe with respect to Cu addition... 

Manifold characterization, especially by vibrating-sample magnetometry, rheometry/magnetorheometry... 

Vibrating sample magnetometry (VSM), a technique that was described in detail by Van Stiphout [6], was performed with the unsupported mixed oxalates, which were decomposed in a 10% HyN2 flow at 400 °C. The magnetization of the sample was measured at 77 K as a function of the applied field strength (maximum 12 kOe). The size distribution of the nickel particles was obtained by fitting the thus measured magnetization curve with theoretical curves calculated for discrete particle sizes. 

Kae] Vibrating sample magnetometry Thermally aetivated transformation of nanostruetured BaFei20i9. 

Par] Vibrating sample magnetometry Magnetization of BaFei20i9 produeed by SHS reaetion. 

Cro] Vibrating sample magnetometry Magnetie properties of BaFe204 prepared by SHS reaetion. 

Sin] Vibrating sample magnetometry Effects of dopant on magnetic properties of BaMiiOi9 produced by an aerosol route. 

Kit] Vibrating sample magnetometry, Mdssbauer spectrometry Magnetie properties of nanoerystals in thin films produeed by sputtering... 

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