Although nearly five decades of efforts have gone into solar water splitting (SWS), still
success eludes and there is no big breakthrough till date. While huge importance is given …

The major issues that determine the efficiency of photocatalyst composite materials for solar
hydrogen production, with or without a sacrificial agent, are efficient visible light harvesting …

Facile fabrication of visible light responsive multicomponent heterostructure photocatalysts
with synergistic photoelectron migration is an effective approach with potential application in …

New strategy to create sunlight-active photocatalysts is a vital research topic in
photocatalysis. In this work, ZnO/ZnS heterojunctions were fabricated very easily by thermal …

In this study, ZnS/ethylenediamine nanosheets were obtained by solvothermal synthesis
and modified into composites of ZnS and ZnO by heat treatment. Compared to pure ZnO and …

Pharmaceuticals and industry effluents such as dyes, and organic contaminants in
wastewater are being identified among the top endocrine disruptive compounds with …

Photoelectrochemical (PEC) splitting of water to produce hydrogen without external bias is
an important approach to resolve the serious energy crisis. Herein, we prepared a PEC cell …

Fabrication of binary pn heterojunction and the band alignment at the interface of the
individual semiconductor photocatalyst has been extensively studied to verify superior …

Solar water splitting (SWS) has been researched for about five decades, but despite
successes there has not been a big breakthrough advancement. While the three …

Herein, first time we report that highly efficient sheet like leaf structure black TiO 2 (LBT)/CdS
hetero-structure (LBT/CdS). Photocatalytic hydrogen generation was tested for different …