Jingbi You explains how precisely adjusting the stoichiometry of planar architectures can affect the performance of perovskite devices, toward a PCE of over 21%.

Jingbi You explains how precisely adjusting the stoichiometry of planar architectures can affect the performance of perovskite devices, toward a PCE of over 21%.
Macromolecular Chemistry and Physics presents advantages and potentials of the anionic polymerization technique.
A call to develop interaction-aware risk models is presented, and the need for adjustments of the flood risk assessment procedures in the implementation of the European Flood Directive is highlighted.
Researchers from the Korea Research Institute of Chemical Technology report a novel self-healing polymer that undergoes rapid self-healing by aromatic disulfide metathesis. More than 75% of the initial mechanical properties are restored within only 2 hours, making it a promising material for the wearable electronics industry.
Bridging the gap from the development of the so-called TNM alloy, through computational materials design, structural characterization with sophisticated in and ex situ methods, engineering properties, manufacturing and processing technologies to all aspects of application.
Latest Advanced Healthcare Materials covers.
A team of American scientists used photoacoustic computed tomography to image the blood vascular network of a whole mouse brain through the intact skull, with high resolution and substantial depth.
Remarkable liquid materials called colloids stiffen under impact. Researchers have studied the effect of powerful impacts such as those produced by firearms or micrometeorites.
Phase competition in mixed perovskites can be resolved by this dual ion exchange process, which passivates grain boundaries and suppresses ion migration.
Making fuel from carbon dioxide in the presence of the morning sun; a recent paper reports on the most recent advances toward this goal.