Tailoring the d-band center by intermetallic charge-transfer manipulation in bimetal alloy nanoparticle confined in N-doped carbon nanobox for efficient rechargeable Zn-air battery

A macroporous carbon nanoframe for hosting Mott–Schottky Fe–Co/Mo2C sites as an outstanding bi-functional oxygen electrocatalyst

“…1c exhibits metallic Fe (707.3 and 719.9 eV), Fe–N (709.6 and 722.8 eV), Fe 2+ (711.5 and 724.4 eV), as well as Fe 3+ species (714.5 and 728.0 eV). 37,38 Similarly, the Co 2p XPS spectrum in Fig. 1d shows the presence of Co 2p 3/2 (metallic Co at 778.4 eV, Co–N at 780.4 eV, oxidized Co component at 782.3 eV and satellite at 786.5 eV) and Co 2p 1/2 (metallic Co at 794.0 eV, Co–N at 796.2 eV, oxidized Co species at 798.2 eV and satellite at 803.2 eV).…”

Synergistic effect of diatomic materials on efficient formaldehyde sensing and degradation

“…In general, the higher the value of f 0 , the more inclined to the radical reaction. [50][51][52] As shown in Fig. 5b, IM2, IM3, IM4, and IM5 were the share intermediates for the L-H and E-R mechanisms.…”

Efficient degradation of formaldehyde based on DFT-screened metal-doped C3N6 monolayer photocatalysts: performance evaluation and mechanistic insights

“…[15][16][17][18] For instance, Liu et al developed highly active TiO 2 hydrosols for the photocatalytic degradation of gaseous formaldehyde, 19 while N-doped TiO 2 showed excellent reactivity in degrading gaseous acetaldehyde under visible light irradiation. 20 Furthermore, single-atom catalysts, [21][22][23] such as Mn/CeO 2 , anchored to the substrate have been found to significantly enhance the catalytic performance of HCHO Oxidation. 24 Although single-atom catalysts showed great potential for HCHO degradation, their development has been hindered by the complex and time-consuming experimental procedures required for screening them.…”