FTIR Characterization of Bi2Sr2Can-1( Cu1-xFex)(3)O10+delta With (n=3, x=0.01) Ceramic Superconductor

We synthesized a ceramic superconductor Bi2Sr2Can-1( Cu1-xFex)(3)O10+delta with (n=3, x =0.01) by usual method of oxides superconductor. In this paper, we report the characterization of the said sample by Fourier Transform Infrared Spectroscopic (FTIR) method. This method provides information about structural and compound bonding formation for the studied sample in powder form. The sharper peaks in the recorded spectra are reflecting with a functional group in the high-frequency stretching and low frequency bending modes. In this study, the interaction between Cu-O and Fe-O bond occupies octahedral and tetrahedral positions due to occupancy of cations and anions. The increasing amount of (Fe) is showing the transmittance (T%) behavior with different bonding vibration modes.