Since the breakthrough on a dye-sensitized solar cell(DSC) in 1991,both power conversion efficiency(PCE) and long-term stability of this nanostructured device have been considerably ameliorated.It has
The direct assembly of optical nanomaterials into ordered mesoporous frameworks has proven to be a considerable challenge over the past two decades [1-3].
The world needs clean energy and it needs clean water.We will review our latest results regarding different nanomaterials for hydrogen generation and toxic molecules degradation mainly in water using
In planar n-i-p heterojunction perovskite solar cells,the electron transport layer plays important roles in charge extraction and determine the morphology of the perovskite film.
Nanocatalysis is promising to bring us breakthroughs.Especially the single-atom catalysts(SACs) are distinguished due to their high activity,selectivity and stability.
Distinct from classic inorganic nanoparticles of solid cores,nanoscale metal-organic frameworks(NMOFs) are of ordered crystalline pores with tunable composite,size and volume,which provide an ideal pl
Complexes [MnBr(CO)3(IP)] incorporating 2-(phenylimino)pyridine(IP,see below) derivatives have been demonstrated as a new group of catalysts for CO2 reduction,representing the first example of utiliza
We have developed a simple solid-state synthesis procedure to functionalize fluorescent carbon quantum dots(CQDs),using ammonium citrate as a carbon source and appropriate molecules as recognition lig
A development of a highly efficient oxygen evolution reaction(OER) electrocatalyst is crucial for renewable energy applications,including water splitting and fuel cell.