期刊： CHEMISTRY OF MATERIALS, 2021; 33 (7)
Wrinkles are special surface corrugations in two-dimensional materials, which can be used to tune their electronic, optical, and chemical properties. ......
期刊： CHEMISTRY OF MATERIALS, 2021; 33 (10)
The electrochemical hydrogen evolution reaction (HER) in alkaline medium is of great significance for the conversion of renewable energy into hydrogen......
期刊： CHEMISTRY OF MATERIALS, 2021; 33 (13)
As important members of the fullerene family, C-60 and its derivatives have become the most popular N-type organic narrow-band gap semiconductor. Expa......
期刊： CHEMISTRY OF MATERIALS, 2021; 33 (16)
Inspired largely by chemistry discovered in the byssus fibers of marine mussels, 3,4-dihydroxyphenylalanine (DOPA)-metal coordination has emerged as a......
期刊： CHEMISTRY OF MATERIALS, 2021; 33 (9)
Covalent triazine framework (CTF)-based membranes have shown unique properties and wide applications in energy-related fields, but there is still no e......
期刊： CHEMISTRY OF MATERIALS, 2021; 33 (9)
Crystallization defines what the world is all about, ranging from biomineralization in living organisms to various materials in our lives. During thes......
期刊： CHEMISTRY OF MATERIALS, 2021; 33 (12)
Tin-based perovskite materials have attracted intensive research due to its environmental friendliness and tremendous potential in the photovoltaic fi......
期刊： CHEMISTRY OF MATERIALS, 2021; 33 (14)
Ferroelectric materials have been widely used in daily life and industrial production, as memories, transducers, capacitors, sensors, and so forth. Re......
期刊： CHEMISTRY OF MATERIALS, 2021; 33 (16)
The development of green-light-emitting phosphors with combined narrow emission band, high quantum efficiency, and high chemical resistance remains to......
期刊： CHEMISTRY OF MATERIALS, 2021; 33 (9)
Switchable materials with a high phase transition (PT) temperature have drawn much attention in the past few decades due to the wide application in el......
期刊： CHEMISTRY OF MATERIALS, 2021; 33 (12)
Low-dimensional hybrid metal halides demonstrate broad-band emission and high photoluminescence quantum yield (PLQY) acting as excellent candidates fo......
期刊： CHEMISTRY OF MATERIALS, 2021; 33 (15)
To meet various practical requirements and enhance human experience, hydrogels possessing multifunctionality are of great significance for flexible we......
期刊： CHEMISTRY OF MATERIALS, 2021; 33 (11)
Multiple chelated configurations of anionic groups offer a great chance to design new nonlinear optical (NLO) materials with excellent performances fo......
期刊： CHEMISTRY OF MATERIALS, 2021; 33 (13)
Macromolecular polymers with high mechanical strength usually have high crystallinity and tightly entangled segments, hindering the self-healing of fr......
期刊： CHEMISTRY OF MATERIALS, 2021; 33 (13)
The supramolecular interaction network between light-emitting conjugated polymer (LCP) chains provides an excellent electronic landscape and optical c......
