With the increasing advancement of knowledge and the widespread use of electronics, the
demand for more efficient energy storage devices and materials has increased dramatically …

Supercapacitor performances are influenced by binder types and contents in the electrodes.
The electrochemical performances of activated carbon (AC) with Nafion, poly …

The practice of estimating the transfer coefficient (α) and the exchange current (i 0) by
arbitrarily placing a straight line on Tafel plots has led to high variance in these parameters …

We fabricated a high rate capability supercapacitor based on fluorine-doped graphene-
carbon nanotubes aerogel network (G-CNT-F). Based on the electrochemical impedance …

Capacitive deionization (CDI), a water desalination technology based on the electro-
deposition of salt ions in porous electrodes, is considered a simple, non-energy intensive …

The decrease in capacity at low temperature limits further application of lithium-ion batteries.
This paper introduces an approach to compensating the capacity loss of Li 4 Ti 5 O 12 (LTO) …

A novel type of inorganic high-temperature adhesive that can be cured at room temperature
and applied to a high-temperature furnace was prepared using alumina and micro-silica as …

Increasing demands for clean and renewable energy have stimulated intensive efforts to
develop efficient energy storage technologies. Since the first commercialization of …