steel (MS) in 0.1 N sulphuric acid using experimental and theoretical methods. Weight loss,
gasometric, electrochemical, impedance, SEM, and metallurgical microscopy techniques
were carried out at room temperature. The kinetic and thermochemical parameters were
investigated and discussed in detail. Geometry optimization of TSP was carried out and DFT
theory was used to obtain theoretical IR spectra. Frequency calculation was carried out on …