A modular concept is developed to tune the electronic structure in organic self-assembled monolayers and their interfaces.
A modular concept is developed to tune the electronic structure in organic self-assembled monolayers and their interfaces.
Researchers have developed an effective, iron based, amine-functionalized photocatalyst for reduction of hexavalent chromium using visible light.
Pure single crystalline nanostructures investigated by Chinese research team.
A novel electrocatalyst system with long-term stability, based on cellulose paper and graphene, has been developed by for the oxygen reduction reaction.
Fluorosurfactant-directed preparation of conjugated microporous polymer (CMP) aerogels for oil cleanup and gas sorption.
Nanoparticle-hydrogel composites have many potential uses. The new issue of Advanced Science reviews the concept, design, and application of such materials.
A facile two-step synthesis for the fabriaction of advanced anode materials based on graphene oxide-supported ZnCo2O4 for lithium-ion batteries is reported.
Researchers at Melbourne University have developed a versatile method to quickly and easily load a diverse range of functional and therapeutic cargo into polymer capsules.
The use of natural substrates as masters to create elastomeric replicas for stretchable electronic devices is demonstrated.
Researchers from Pennsylvania State University report on a red phosphorus-graphene nanosheet hybrid as an anode material for lithium-ion batteries.