Published Paper Details:

Electron Paramagnetic Resonance (EPR) spectroscopy is a powerful tool for probing the paramagnetic properties of materials, providing valuable insights into their electronic structure and local environments. In this study, we investigate the paramagnetic behavior of Copper-Doped Glass with V2O3 as a dopant using EPR spectroscopy. The incorporation of copper ions into the glass matrix, coupled with the presence of V2O3, introduces paramagnetic centers that are of great interest for both fundamental research and potential technological applications. Our experimental setup involved careful sample preparation, precise control of temperature and magnetic field, and systematic data acquisition. EPR spectra were obtained, revealing distinctive paramagnetic signals attributed to the copper ions and their interactions with neighboring species. Through detailed spectral analysis, we elucidate the nature of these paramagnetic centers, providing valuable insights into their coordination environments and electron-spin interactions