Simultaneous hydrogen generation and pollutants removal is considered as the potential
solution to the energy and environmental crisis, which can cut the consumption of expensive …

The introduction of light elements into the interstitial sites of metals can significantly modify
their surface structure and electronic properties and thus enhance the catalytic performance …

Solar energy is becoming the most promising option to mitigate the energy crisis in the future
and can be applied in renewable and economical technologies such as water splitting and …

Photocatalysis is a promising technology for energy and environment applications. Herein, a
dual-defect heterojunction system of TiO 2 hierarchical microspheres with oxygen vacancies …

Photocatalysis has been regarded as a promising strategy for hydrogen production and high-
value-added chemicals synthesis, in which the activity of photocatalyst depends significantly …

The construction of heterostructure is an effective strategy to synergetically couple wide-
band-gap with the narrow-band-gap semiconductor with a mediate optical property and …

Spontaneously photocatalytic water splitting to generate H 2 and O 2 represents a promising
strategy for converting solar energy to chemical energy. However, photocatalytic water …

S-scheme heterojunctions have acquired rapid momentum in designing novel
photocatalysts with prolonged separation of photocarriers while preserving exceptional …

The rational construction of photocatalysts possesses tremendous potential to solve the
energy crisis and environmental pollution; however, designing a catalyst for solar-driven …

In artificial photocatalysis for hydrogen (H 2) generation from water reduction, low apparent
quantum efficiency (AQE) always confines the photocatalytic conversion efficiency. Here, we …