Deep eutectic solvents (DESs) are a tunable class of solvents with many advantageous
properties including good thermal stability, facile synthesis, low vapor pressure, and low-to …

Interface stability is a core issue in battery research. However, interfacial problems are the
most complex dilemma to solve, and molecular modelling becomes increasingly …

Understanding the potential-induced changes across the electrode/electrolyte interface, the
so-called electric double layer (EDL), is essential to adjust the working properties of energy …

Electric double layer (EDL)-mediated transistors with ionic liquid (IL) gating have garnered
substantial interest due to their exceptional properties, such as high transconductance and …

Electric double layers (EDLs) play a key role in the electrochemical and energy storage of
supercapacitors. It is important to understand the structure and properties of EDLs. In this …

Ionic liquids have drawn great interest as electrolytes for energy storage applications in
which they form characteristic electrical double layers at electrode interfaces. For ionic …

The capacitance of carbon electrodes can be enhanced by tuning nanoscale roughness of
the electrode surface, which facilitates separation between cations and anions within the …

Solid–liquid interfaces (SLIs) are ubiquitous in science and technology from the
development of energy storage devices to the chemical reactions occurring in the biological …

While the dynamic properties of ionic liquids (ILs) in nanoconfinement play a crucial role in
the performance of IL-based electrochemical and mechanical devices, experimental work …

Understanding the arrangement of ionic liquids at the interface and their interactions with the
surface is crucial for enhancing selectivity in heterogeneous reactions for practical …