Ligand-to-metal charge transfer (LMCT) excited states are capable of undergoing a wide
array of photochemical reactions, yet receive minimal attention compared to other charge …

The high-safety aqueous zinc battery is regarded as a desirable alternative to lithium-ion
batteries; however, it still lacks sufficient cycling capability. The primary impediment is …

Different aspects of the chemistry and biochemistry of vanadium are analyzed in this review.
The preparation and characterization of oxovanadates and polyoxovanadates, including …

Prussian blue analogues (PBAs) are a family of classic coordination polymers. They have
been widely applied in various fields including electrochemical sensors. Cubic nanoparticle …

Constructing three-dimensional hierarchical nanostructures has been considered one of the
most effective strategies to improve electrode material performance for electrochemical …

Prussian blue analogs (PBAs) have been considered as a kind of promising cathode
materials, but its poor cycle performance severely hinders their industrialization. Herein, by …

In microporous materials, the guest species interacts with the host framework and can
modify the electronic structure of that last one and the related physical and functional …

Two heterometallic Cu (II)/Ni (II) coordination polymers,[Cu2 (Hbdea) 2Ni (CN) 4] n (1) and
[Cu2 (dmea) 2Ni (CN) 4] n· n H2O (2), were successfully self-assembled in water by reacting …

Seawater splitting into hydrogen, a promising technology, is seriously limited by the
durability and tolerance of electrocatalysts for chlorine ions in seawater at large current …

Prussian blue is widely utilized as a cathode material in batteries, due to its ability to
intercalate alkaline metal ions, including potassium. However, the exact location of …