Effect of alkyl chain architecture on diglycolamide complexation with uranyl ion: Insights from spectroscopy, calorimetry, and DFT

Key Points

• The study examines how variations in alkyl chain architecture influence diglycolamide complexation with the uranyl ion.
• Key evidence includes measurements showing significant differences in complex stability based on alkyl chain length and arrangement.
• Analysis through spectroscopy and calorimetry reveals the thermodynamic aspects of uranyl ion binding.
• Understanding these interactions may enable advancements in nuclear waste management and separation techniques.