Researchers have reported the synthesis of potassium iron (II) hexacyanoferrate dehydrate nanocubes with a high potassium ion content and their application as an electrode material in aqueous electrolyte potassium-ion batteries.
Researchers have reported the synthesis of potassium iron (II) hexacyanoferrate dehydrate nanocubes with a high potassium ion content and their application as an electrode material in aqueous electrolyte potassium-ion batteries.
Dr. Tan and colleagues, have developed a scalable and one-pot electroless galvanic cell synthesis of semiconductor-metal-semiconductor (S-M-S) interconnected nanoarray.
In this Advanced Materials Technologies article, researchers demonstrate for the first time a rapid manufacturing process and taxel geometry to create a large area, all-elastomer robot skin
An all organic elastic electret is prepared with a piezoelectric coefficient comparable to the gold standard – poly(vinylidene fluoride.
Researchers from Korea have demonstrated high-performance hybrid full-cell capacitors on new paradigm structures for anode and cathode electrodes
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.
Michael Dickey and colleagues at the North Carolina State University have found a very simple way to pattern liquid metals.
Recent work on the Structure, Properties and Applications of Thermoelectric Polymers is presented in a special issue of the Journal of Applied Polymer Science guest edited by Bryan Boudouris and Shannon Yee
An affordable and reliable manufacturing process for the integration and packaging of fully flexible high-performance electronics has been developed.
Fraunhofer Umsicht develops flexible compounds based on plastic materials to be used for electrical, electrochemical and mechanical applications.