Pennington / Santos / Springer / Leipzig / New York / Glasgow / /
Company
ACS / Electrochemical Systems / CRC Press / John Wiley & Sons Inc. / Shimizu / CRC Handbook / /
Country
Germany / United States / United Kingdom / /
Currency
ECS / / /
Facility
University of Tartu / University of Strathclyde / Max Planck Institute / /
IndustryTerm
ionic liquids applications / metal electrodes / gas model / metal / chemical composition / model systems / realistic systems / real ionic liquid systems / ionic liquid systems / /
Organization
International Association of the Properties of Water and Steam / University of Strathclyde in Glasgow / Neumann-Institut für Computing / Scotland Academia-Industry Supercomputer Centre / Department of Physics / University of Tartu / Russian Academy of Sciences / Scottish Universities Physics Alliance / Max Planck Institute for Mathematics / /
Person
T. Kirchner / V / B. G. Sumpter / V / John Newman / J. McDonough / V / T. Rodopoulos / V / Kathleen Kirchner / Nat / Ruth LyndenBell / Alexei Kornyshev / S. Schöder / V / Vladislav Ivaništšev / Ion Figure / Tom Kirchner / R. Winston Revie / S. Fletcher / V / Karen E. Thomas-Alyea / Y. Lauw / Andrey Frolov / D. R. Lide / / /
Position
Editor / Director of the West / Research Associate / Professor / research group leader / Chair / also Director of the West / /
Interfaces between Charged Surfaces and Ionic Liquids: Insights from Molecular Simulations by Vladislav Ivaništšev and Maxim V. Fedorov Molecular-Scale Interfacial Structure in Ionic Liquids