Metal-organic frameworks derived copper doped cobalt phosphide nanosheet arrays with boosted electrochemical performance for hybrid supercapacitors

CuCo LDHs Coated CuCoTe Honeycomb‐Like Nanosheets as a Novel Anode Material for Hybrid Supercapacitors

“…As shown in Figure 7g and Table S1, Supporting Information, the values of energy and power densities of the proposed HSC device are larger than the values of recently reported MOF derived transition metal chalcogenide‐based SCs. [ 21,49–54 ] To use the HSC in any practical application, cycling stability is very important. Hence, the cycling stability test was carried out for up to 5000 continuous GCD cycles.…”

Defect engineering of electrode materials towards superior reaction kinetics for high-performance supercapacitors

“…Sun and coworkers proposed a facile metal–organic-framework-derived (MOF-derived) strategy to prepare Cu doped CoP nanosheet arrays. 86 Specifically, CuCo-ZIF nanosheet arrays were firstly in situ grown on carbon cloth directly, which were then transformed into Cu doped CoP nanosheet arrays by oxidation and phosphorization processes (Fig. 3c).…”

The electronic structures of non-metal (N, S) doped cobalt phosphide catalysts and the catalytic mechanism for the hydrogen evolution reaction of ammonia borane: a theoretical study

“…Recently, cobalt phosphide (CoP) has become an attractive material in many fields by virtue of its high electrical conductivity and environmental friendliness, 21–23 and CoP and CoP-based materials such as nanowire arrays, 24,25 metal-doped CoP materials, 26,27 CoP catalysts based on carbon nanotubes 28,29 and non-metal-doped CoP materials 30,31 have also been found to be efficient catalytic materials for hydrogen evolution. Regarding non-metal-doped CoP, Anjum et al 32 synthesized sulfur-doped CoP (S/CoP) nanoparticles by a novel environmentally friendly thiourea-phosphate-assisted solvothermal method.…”