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X‐band Scattering Characteristics of Nickel/Nanocarbon Composites for Anti‐tracking Application

“…The peak marked with * @22.65 and 23.62° are attributed to the amorphous carbon. The peaks denoted by § @ 25.6, and 43.9° corresponds to a hallmark of graphitic carbon, respectively, indicating (002) and (100) planes [28] . It has been observed that, the backbone peak of NC has been transformed into the twin amorphous carbon peaks by adsorption of oxides of Ni onto the surface of graphitic planes.…”

Microwave scattering parameters of ferro–nanocarbon composites for tracking range countermeasures

“…Open planes [19]. We noted that, the stem peak of NC seems to be transformed into a peak of amorphous carbon by adsorption Fe oxides onto the surface region of the graphitic planes.…”

“…The peaks symbolized by at 25.31 and 42.91 are the fingerprint for the graphitic carbon layers with the (002) and (100) d-planes, respectively. 18 We noted that the main peak for NC seemed to be transformed into a peak of amorphous carbon due to the adsorption Fe oxides on the surface region of the graphitic planes. , where L, is the average crystallite size, b, is the full width at half maximum (FWHM), i.e., line broadening in radians, y is the Bragg angle, and l is the X-ray wavelength (CuK a = 1.5406 Å).…”

Study on the formation of CoxFe3−xO4 system using two low temperature synthesis methods

“…(1)), when succinate anion forms. The as formed succinate anions coordinate at Co(II) and Fe(III) cations forming a mixture of Co(II) and Fe(III) carboxylates, further used as precursor of Co x Fe 3Àx O 4 oxide system [19].…”