This year’s World Water Day on March 22 focuses on accelerating change to solve the water and sanitation crisis. Today’s CTT is a collection of articles from the past year that illustrate how ceramic and glass materials support this goal.
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Sustainable plastics upcycling, stronger concrete, and other materials stories that may be of interest for March 22, 2023.
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For researchers to improve the properties of carbon nanotubes grown en masse, they must first be able to measure and characterize how individual nanotubes are assembled within carbon nanotube “forests.” In a recent paper, researchers at the University of Missouri outlined a deep learning technique to segment these forests in scanning electron microscopy images.
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Humic substances are beneficial to agriculture, but they can aggravate pollution in water by interacting with disinfectants to produce toxic byproducts. Hydrogarnet has shown excellent potential as an adsorbent for humic substances, and researchers in Japan investigated the effects of heat treatments to control hydrogarnet composition and adsorption properties.
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The April 2023 issue of the ACerS Bulletin—featuring the hydrogen market and industrial uses—is now available online. Plus—new C&GM.
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As marine energy technologies mature, there is a risk that companies will learn the hard way that their devices will not last long in salt water. A new multiyear study provides much-needed data on the benefits and pitfalls of about 300 different specimens built from materials commonly used in marine energy devices.
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Graphene’s antimicrobial potential, monolayer honeycomb SiC, and other materials stories that may be of interest for March 15, 2023.
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For students preparing to graduate, deciding if they prefer an academic or industrial setting is a key step in plotting their career path. A new open-access paper by ACerS member and University of Colorado Boulder professor Al Weimer offers an insightful personal take on conducting research in academic and industrial settings.
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As applications for carbon nanostructures flourish, the exploration for new carbon structures continues. Today’s CTT highlights three discoveries announced during the past few months.
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Understanding the underlying mechanisms of rapid and energy-efficient flash sintering is key to tailoring the materials and processes to meet a wide range of performance requirements. Four recent articles in ACerS journals characterize and quantify some of these atomic-level phenomena.
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