Electroresponsive structuring of halogen-free ionic liquids in a polar solvent: Effect of anion
This proposal addresses a sustainability challenge in the design of next generation of machinery. In particular, we are aiming at developing active lubrication technology to enable on-line control of friction and wear. The technology is based on using ionic liquids as additives to oils. Since ionic liquids are composed of cations and anions it may be possible to selectively attract to a charged surface positive or negative ions and as the result control the friction properties. Neutron scattering data are necessary to provide a coherent picture of interfacial assembly at charged surfaces. Our findings will be of importance not only in tribology but also for other interface intensive applications such as batteries and solar cells.
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GLAVATSKIH Sergei; ADRANNO Brando; BOUSREZ Guillaume; OLESHKEVYCH Anna; Patricia Pedraz; Georgia A Pilkington; Akepati Bhaskar Reddy; RENIER Olivier; Mark W. Rutland; VOROBIEV Alexei and WATANABE Seiya. (2020). Electroresponsive structuring of halogen-free ionic liquids in a polar solvent: Effect of anion. Institut Laue-Langevin (ILL) doi:10.5291/ILL-DATA.6-03-442
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