Ionic liquids are a promising alternative to common organic electrolytes in sodium-ion
batteries that offer a unique combination of physical and chemical properties, leading to the …

This article addresses the non-Debye–Waller temperature behavior in the intermediate
range order for molten MgCl2 and its mixtures with KCl from a theory, Molecular Dynamics …

Ionic liquids (ILs) are a promising class of materials because of their unique properties such
as high electrochemical stability window and intrinsic conductive nature, which are desirable …

Lithium–metal batteries, such as Li–O2, are some of the most promising candidates for high-
performance energy storage applications, however, their performance is still limited by the …

Investments in the transfer and storage of thermal energy along with renewable energy
sources strengthen health and economic infrastructure. These factors intensify energy …

We present a novel cluster analysis implemented in our open-source software TRAVIS and
its application to realistic and complex chemical systems. The underlying algorithm is …

Hypothesis Surfactants interfere with sol-gel particle/pore growth, influencing the structure
and properties of silica aerogels. Their ability to induce microscopic changes in the aerogel's …

There is a long history of models that to different extents reproduce structural and dynamical
properties of high-temperature molten salts. Whereas rigid ion models can work fairly well …

Here we report a thorough investigation of the microscopic and mesoscopic structural
organization in a series of triphilic fluorinated room temperature ionic liquids, namely [1 …

This work comprises the study of solubilities of gases in ionic liquids (ILs) using a
chemoinformatic approach. It is based on the codification, of the atomic inter‐component …