Design of the Abstractive Spectrum Measuring System on Chinese Traditional and Herbal Drugs

Regulation Behavior of Microwave Reflectivity in Magnetorheological Fluids

“…Since 1980s, people have paid much attention to ER fluids and its optical behavior is well studied, Otsubo et al studied transmission of ER fluid under DC electric field, Luwei Zhou et al investigated optical second harmonic generation of ER fluid. Xiaopeng Zhao et al studied optical transmission, rotation and elliptical polarization light characters of ER fluid, and also microwave characters [2][3][4][5]. However, there haven't been many reports on propagation behavior of electromagnetic wave in MRF until now.…”

Study of Microwave Reflection Behaviour in Fe₃O₄ Magnetorheological Fluids

“…Since 1980s, people have paid much attention to ER fluids and its optical behavior is well studied, Otsubo et al studied transmission of ER fluid under DC electric field, Luwei Zhou et al investigated optical second harmonic generation of ER fluid. Xiaopeng Zhao et al studied optical transmission, rotation and elliptical polarization light characters of ER fluid, and also microwave characters [2][3][4][5]. In longwave area, Feinsteink did some work on microwave projection and absorption based on classical electromagnetic theory, and pointed out that for a microwave signal with given wavelength, certain particle size and spatial orientation exist to make it reach maximum absorption [6].…”