Ferrimagnets having low RF loss are used in passive microwave components such as
isolators, circulators, phase shifters, and miniature antennas operating in a wide range of …

Next generation magnetic microwave devices require ferrite films to be thick (> 300 μ m)⁠,
self-biased (high remanent magnetization), and low loss in the microwave and millimeter …

The magnetic and micro-structural properties of both polycrystalline and single-crystal
samples of BaFe12O19 have been investigated to elucidate the relationship between the …

In this research, dysprosium-substituted M-type Ca-Mg hexaferrites are successfully
fabricated via sol–gel combustion technique, employing a nominal composition of Ca 0.5 Mg …

Hexagonal M-type barium ferrite (BaM) films have been prepared by pulsed laser
deposition. Optimal preparation conditions gave pure single phase films with the narrowest …

The progress of single crystal followed by C 4 H 6 O 6 (tartaric acid) and BaCl 2 (barium
chloride)(TABC; third-order nonlinear optics semi-organic) was synthesized with slow …

The miniaturization of optical isolators and their on-chip integration with various
optoelectronic devices has been pursued for a number of years. However, reducing the …

The paper deals with the economic optimisation of ferrite powder preparation during
producing hard ferrite magnets. The magnetic properties of ferrites are investigated by …

BaFe 12− x Al x O 19 (0≤ x 0≤ 2.5) powders and thick films were prepared by solid state
synthesis method and screen printing technique respectively. X-ray diffraction confirmed the …

Grain size plays an important role in affecting the physical properties of ceramics. In this
work, the effects of pre-sintering grain size G 0 of BaFe 12 O 19 (BaM) on the microstructure …