Surface engineering of phase controlled defective 1 T-MoS2 QDs@g-C3Nx material for significantly enhanced hydrogen evolution under visible-light irradiation

Green and efficient piezocatalytic hydrogen production achieved by modifying SrBi4Ti4O15 with CdSe

“…S6a, ESI†). According to the following formula (eqn (3)): 58,59 E VB = E g + E CB Through calculation, the energy bands of SBTO and SBTO–CS- X materials are obtained as 2.87 eV, 1.66 eV, 1.63 eV and 1.62 eV, respectively, which are highly consistent with the DRS results. Based on these results, the redox ability of SBTO–CS- X was thoroughly analyzed in Fig.…”

Internal Electric Field‐Modulated Charge Migration Behavior in MoS2/MIL‐53(Fe) S‐Scheme Heterojunction for Boosting Visible‐Light‐Driven Photocatalytic Chlorinated Antibiotics Degradation

“…The reduction of MoS 2 size could potentially contribute to the quantum limiting effect and the active edge site exposure, resulting in a favorable absorption performance in the visible light region. [45,46] Therefore, the light harvest performance and photoelectric conversion capability were significantly improved with the reduction of MoS 2 size.…”

Positioning hydrogen reaction sites by constructing CdS/CoNiMoS4 heterojunctions for efficient photocatalytic hydrogen evolution

“…However, CdS-like single-semiconductor materials exhibit numerous limitations, notably the quick electron-hole pair recombination, sluggish charge transfer, and photocorrosion, which may drastically reduce the photocatalytic evolution rate. [5][6][7] To date, tremendous efforts have been made to tackle the issues of CdS nanostructures as a photocatalyst, which include loading metal cocatalysts, 8 surface engineering, 9 metal or ion doping, 10,11 heterojunction formation, 12,13 and facet engineering. 14,15 According to the earlier studies, noble metals with low overpotentials can function as hydrogen evolution cocatalysts.…”

“…To date, tremendous efforts have been made to tackle the issues of CdS nanostructures as a photocatalyst, which include loading metal cocatalysts, 8 surface engineering, 9 metal or ion doping, 10,11 heterojunction formation, 12,13 and facet engineering. 14,15 According to the earlier studies, noble metals with low overpotentials can function as hydrogen evolution cocatalysts.…”