In a paper recently published in the journal ACS Applied Engineering Materials, researchers introduced a scalable and simple technique for converting polypropylene (PP) surgical mask wastes into carbon fibers doped with sulfur that can show high sorption capacity for carbon dioxide (CO2) and selectivity against N2.
The question of how particle size influences the quality of aggregates and asphalt is the focus of a new paper in the journal Construction and Building Materials. Scientists from the University of Arkansas’s Department of Civil Engineering have conducted the research.
A team of scientists from Drexel University in Philadelphia has published a new paper in Additive Manufacturing demonstrating the development of a practical framework that improves the prediction of conversion profiles of parts printed via vat photopolymerization techniques.
New research from the group of Joshua Yuan, professor and chair of energy, environmental and chemical engineering at Washington University in St. Louis' McKelvey School of Engineering, may soon lead to even lighter, stronger carbon fiber -- and stronger plastics -- all using what is currently a waste product.
Materials Design is delighted to announce a new release of its world-leading materials simulation MedeA Environment. The MedeA 3.5 release features a new Flowchart interface for constructing automated simulation protocols to carry out high-throughput simulations with the desired level of sophistication.
The use of computers that operate more like human brains is getting closer to the mainstream.
InnovationLab, the expert in printed electronics "from lab to fab", announces it has achieved a breakthrough in additive manufacturing of printed circuit boards (PCBs), helping meet higher environmental standards for electronics production while also reducing costs.
Writing in Energy & Buildings, a team of scientists from the University of Tehran in Iran have investigated the thermal performance of 3D printed buildings.
A new method of radiation-resistant computer data storage called watermark storage that's been developed by a University of Alabama in Huntsville (UAH) professor leading a student team has direct applications in the nuclear power and space industries.
Pulverize rocks, minerals, sand, cement, slag, ceramics, glass, and other brittle to hard samples with the new Spex 8200 Planetary Mill. It features an intuitive touch screen, easy-to-operate jar clamping system, sleek modern design, forced-air cooling, and safety interlock.
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