The electrochemical stability of disubstituted imidazole ionic liquids in high-voltage or redox-active environments is influenced by several interrelated mechanisms rooted in their molecular structure and electronic conf...
READ MOREThe electrochemical stability of disubstituted imidazole ionic liquids in high-voltage or redox-active environments is influenced by several interrelated mechanisms rooted in their molecular structure and electronic conf...
READ MOREAs global concerns over plastic pollution intensify, PET degradation catalysts are gaining attention for their potential to break down plastic waste into reusable monomers. However, alongside performance and efficiency, ...
READ MORESolvent-free synthesis has emerged as an efficient and environmentally friendly method for preparing trisubstituted imidazole ionic liquids, offering multiple benefits such as reduced waste, simplified purification, and ...
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