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A variety of techniques have been developed to fabricate magnetic fluid using metal particles such as spark erosion [9] and vacuum evaporation [10].
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Figure 6 gives the relations between the calculated volume fraction of particles and the density of the magnetic fluid samples using Eq. 3. It can be noticed that the density of the fluid increases linearly with increasing Φ of iron-nitride magnetic particles in the fluid.
The stable magnetic fluid was used to observe the magnetic domain structure, a self-regulating apparatus was adopted to obtain the domain structure change under constant prestress.
Recently, Lo et al. (2006) also made a nickel (Ni) nano-magnetic fluid by using the SANSS method.
The density of the magnetic fluid was measured using a picnometer at 20 ± 1 °C.
Ferronematic materials composed of 4-cyano-4′-pentylbiphenyl nematic liquid crystal and oil-based Fe3O4 magnetic fluid were prepared using ultrasonic agitation.
The paramagnetism of the cupric ion which results in a magnetic fluid is also used in the explanation of the effects.
A microfluidic MEMS-based light modulator using magnetic fluid was designed and fabricated.
The dry Roots pumps using magnetic fluid sealing have been working well for almost four years up to now, which shows that the performance of the magnetic fluid sealing for dry Roots pump is good.
At the ambient temperature of 25°C, the spectral transmittance of the magnetic fluid films was measured using a Lambda 950 spectrophotometer, and the experimental data are illustrated in Figure 5. Figure 5 Spectral transmittance of magnetic fluid films with different thicknesses and various particle volume fractions.
The particle suspension percentage (S%) of the five magnetic fluid samples was obtained using Eq. 1and the relationships between S% and surfactant content in the carrier liquid are given in Fig. 3. From Fig. 3 we can see that suspension percentage (S%) increases with the increase of surfactant content.
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