Abstract The reduction of Graphene Oxide (GO) has become the widely accepted route to
obtain graphene like materials for bulk scale production. The commonly used methods of …

The literature on capacitive deionization (CDI) of water is discussed. The CDI is a new
method of water desalination which consists of pumping water to be deionized between …

Electrochemical salt removal performance from water is greatly affected by the
characteristics of porous carbon electrode materials. Nevertheless, facile eco-friendly …

Electrolyte properties play an important role to determine the capacitive performance of
electric double-layer capacitors (EDLCs), especially the specific capacitance and energy …

Capacitance deionization technology differs from traditional demineralization technology; its
desalination effect depends mainly on the electrode material. The material surface area …

The desalination technologies of sea water are becoming of importance in providing
sustainable fresh water. Graphene, as a fashion of two‐dimensional carbon monolayer, has …

The oxygen-containing functional groups in graphene oxide (GO) impose considerable
limitations in their applications requiring chemical inertness and electrical conductivity such …

Aqueous supercapacitor with the character of cost-effective and environmental-friendly has
been regarded as the promising energy storage device. However, the operating voltage of …

The combination of supramolecular chemistry and nanotechnology has potentially applied
in the construction of biosensors, and thus improves the analytical performance and …

Рассмотрена литература по емкостной деионизации воды (ЕДВ). ЕДВ–это новый
метод опреснения воды, заключающийся в прокачке деионизуемой воды между …