Controllable vacancy strategy mediated by organic ligands of nickel fluoride alkoxides for high-performance aqueous energy storage

Abstract

Controllable vacancy engineering strategy plays a significant role in the rational design of electrochemical energy conversion and storage.

Enhancing the electrostatic potential difference of high entropy perovskite fluorides by ligand modification for promoted dynamic reconstruction

“…20,21 In addition, the low conductivity of the M-F bond greatly reduces the strength of the reconguration reaction. 22,23 This, in turn, declines the kinetic rate of conversion from high entropy perovskite uoride to the actual active substance, greatly inhibiting the theoretical catalytic activity of HEPFs. Fortunately, high entropy perovskite uorides (HEPFs) offer favorable conditions for regulating their electronic structure due to the presence of highly electrochemically active elements at the B-site.…”

Research progress on hydroxide fluoride-based electrode materials for supercapacitors

“…As global energy demand continues to grow, the depletion of fossil fuels and the worsening environmental pollution highlights the increasing importance of developing sustainable and renewable energy sources [1][2][3] . New energy sources such as solar power, wind energy, and tidal energy have been developed as alternatives to traditional fossil fuels.…”