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The use of oxide-supported atomically dispersed precious metal atoms (or ions) as catalytic active sites is of interest due to their distinct reactivity and efficient metal utilization compared to...

Operator Training Simulators (OTS) have long been utilized to improve the skills of an operational workforce, thereby increasing plant performance, improving plant-wide safety, and ultimately...

The needle or nozzle-based electrospinning process has long been explored for its capability to produce unique nanofiber materials with desirable properties, such as high surface area and high...

One of the oldest companies in the world, DuPont has invented thousands of materials, played critical roles in both World Wars, and has indirectly saved the lives with its aramid fibers, Nomex®...

Understanding and controlling the energy and charge transport phenomena that occur at the nanoscale, especially at the organic-substrate interface is a key challenge to improve organic optoelectronic...

Microfluidic technology is nowadays an important tool for cell analysis. One of the huge potential lays in the possibility to create small liquid environments of defined and reproducible volumes so...

Solution-based processing of optoelectronic active layers promises to drive down the manufacturing costs of emerging technologies, such as light-weight, large-area solar panels. While significant...

Granular/particulate materials are common in our everyday lives, and their processing consumes ~10% of the world’s energy. Despite their extensive use as well as economic and environmental impacts,...

Materials with high particle loadings are important for several applications: in many cases the particles provide the desired functionality and the polymer acts to bind them together into a shape, so...