Polycrystalline film growth during coevaporation in real time using in situ X-ray diffraction and fluorescence analysis. Credit: R. Mainz, C.Kaufmann/HZB. Photovoltaic cells based on thin films of copper indium gallium…
Read MoreCMCs for power plant applications (Science Network Western Australia) Scientists at the School of Materials Science and Technology, China University of Geosciences (Beijing) and the School of Mechanical and Chemical Engineering,…
Read MoreRepresentatives of the American Ceramic Society (led by Richard Brow) and the Chinese Ceramic Society led by Peng Shou, along with leaders from the International Commission on Glass team met…
Read MoreSound waves precisely position nanowires Researchers at Penn State University are using sound waves to position nanowires in repeatable patterns for potential use in a variety of sensors, optoelectronics and…
Read MoreElectrons “tunnel” one at a time across a series of gold quantum dots deposited on BNNTs. The room-temperature tunneling device behaves like a transistor but contains no semiconductors. Credit: Yoke…
Read MoreOptical images of a red-figure pottery fragment from Athens circa 700-500 BC. The black gloss results from a clay slip reaction to alternating oxidizing and reducing atmospheres during firing.…
Read MoreLast week Thomson Reuters issued their annual journal impact factor statistics. For those in the scholarly publishing business, these metrics are indicators of a journal’s quality and how it stacks…
Read MoreLane Martin will be one of the speakers at a NSF-sponsored workshop for young faculty in August. Credit: ACerS. In a few weeks—August 13–14— the National Science Foundation’s…
Read MoreDiscovered at Argonne National Laboratory, materials that expand under pressure contain large, fluid-filled pores that may enable their use as filter or storage materials. Credit: Argonne. Various types of ceramic…
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