DuPont Transportation & Industrial (T&I) will showcase cutting-edge solutions and technology-based innovation at K 2019, the world’s leading trade fair for the plastics and rubber industry, taking place October 16-23, 2019 in Düsseldorf, Germany.
A team of Indian scientists has now developed a new room temperature composite that exhibits high absorption of EMI in the high-frequency range (8 to 18 GHz).
The techniques for manufacturing sustainable chemicals from lignin are further expanded by the Electrosynthesis group at Johannes Gutenberg University Mainz (JGU). The research lab, headed by Professor Siegfried Waldvogel at the JGU Institute of Organic Chemistry, is managing a partnership consortium of institutes of higher education and businesses.
An interdisciplinary research group from the Technical University of Munich (TUM) has developed platinum nanoparticles for fuel cell catalysis. The innovative catalysts are size-optimized and are twice as good as the existing commercially available best process.
The SEMI Smart Manufacturing Initiative today released the semiconductor industry’s first Benchmark Survey to assess the current implementation level of automation and control measures aimed at increasing productivity and efficiency in front-end semiconductor fabs.
Are you currently using an optical comparator or other manual measurement methods? Have you ever considered other forms of technology that could simplify the process of using conventional measurement tools?
Calcium carbonate (CaCO3) formation in water has implications in everything from energy and food production to human health and the availability of potable water. But in the background of present-day environment, just exploring how calcium carbonate develops in pure water is not useful.
Smart wearable technology that heats up, changes in color, vibrates, or squeezes as the wearer’s emotions are heightened holds the promise to help people with affective disorders to control their feelings more effectively.
A Chinese study team has come up with an effective colorimetric fluorescent detection of lead ions in water and realized real-time, visual, and semi-quantitative detection by printing the paper strip with fluorescence probe solution and a smartphone application (Color recognizer, Xiyi Technology).
Atomically thin crystalline layers of transition metal dichalcogenides (TMDCs) have been grown by scientists from Tokyo Metropolitan University with different compositions over space, continuously feeding in various types of TMDC to a growth chamber to modify variations in properties.
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