Professor Manthiram’s group at the University of Texas at Austin develops a naturally derived carbonaceous material for use in dye-sensitized solar cells.
Professor Manthiram’s group at the University of Texas at Austin develops a naturally derived carbonaceous material for use in dye-sensitized solar cells.
A new multifunctional coating system to increase the sunlight harvesting ability and the operational lifetime of organic DSSC devices has been proposed.
Entirely new family of conductive two-dimensional carbides and nitrides may lead to better energy storage.
A high performance laccase-based biofuel cell cathode is developed using carbon nanosheets as the catalyst support and buckypaper as the substrate electrode.
Micro-computed X-ray tomography and microfluidic-based electrochemical analysis give new insights into into electrode structure-performance relationships.
Team manage to observe growth of thin-film solar cells in real time and to study the formation and degradation of defects that compromise efficiency.
Development method allows researchers to more efficiently utilize the solar spectrum.
Several journals in the Advanced Materials family have new editors, including Advanced Functional Materials and Advanced Energy Materials.
This week’s top three are all newcomers to the Advanced Energy Materials Top 40 table.
René Janssen, Paul Blom, Jan Hummelen and collaborators top the inaugural Advanced Energy Materials Top 40.