STRUCTURAL AND CHEMICAL ASSESSMENT OF SELECTED NANOPARTICLES BY INFRARED SPECTROSCOPY

Nanoparticles exhibit unique physical and chemical properties that differ from bulk materials due to their small size and high surface area. Accurate characterization of these materials is essential for understanding their structure and potential applications. This study employs infrared spectrometry to analyze selected nanoparticles in order to identify their functional groups and bonding characteristics. Laboratory measurements were carried out under controlled conditions, and the obtained spectra were interpreted using standard reference data. The results demonstrate that infrared spectrometry is an effective and reliable technique for revealing the chemical composition and surface features of nanoparticles. These findings contribute to improved understanding of nanoparticle behavior and support their optimized use in various technological and industrial applications.