What are we going to do with the rapidly increasing concentrations of CH4 and associated combustion product CO2 building up in our atmosphere?
Results for "carbon"
Wire Supercapacitors – Key Candidate to Future Wearable Electronic Devices
Prof. Guozhen Shen’s group has designed and fabricated metres-long flexible wire-shaped supercapacitors, which can be easily woven into wearable and patterned textiles.
Advanced Functional Polymers for Medicine
A special issue in Macromolecular Bioscience covers several promising approaches to tailor and control the properties and functions of polymers for medical applications.
High-Performance Porous Electrodes for Nanoparticle-Based Energy Storage Devices
Scientists in China have found that the “phase inversion” method could improve the comprehensive performance of the porous electrodes.
Hybrid full-cell capacitors demonstrated with dramatic improvements in energy density
Researchers from Korea have demonstrated high-performance hybrid full-cell capacitors on new paradigm structures for anode and cathode electrodes
From Wastewater to Self-Powered Papertronics
Researchers at the State University of New York-Binghamton have constructed a stackable, 3D-foldable bacteria-powered battery within a single sheet of paper for on-chip, disposable paper-based electronics.
Fertile electronic flatlands: carrier multiplication in graphene
The remarkable electronic properties of graphene open up new carrier relaxation channels that can result in a significant multiplication of optically excited carriers.
New special issue in Advanced Materials Interfaces focuses on Atomic Layer Deposition
A new special issue in Advanced Materials Interfaces this month highlights advances in Atomic Layer Deposition for Energy and Environmental Applications.
Inverse magnetostrictive effect in Fe-Co wire/polymer composites
A novel Fe-Co wire/polymer composite is presented which is developed for the first time by embedding continuous Fe-Co wires in an epoxy matrix.
Electrically conductive thermoplastic materials
Fraunhofer Umsicht develops flexible compounds based on plastic materials to be used for electrical, electrochemical and mechanical applications.
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