Uniqsis reports how chemists at the School of Pharmacy, University College London (UK) have been using a FlowSyn™ continuous flow reactor system. Flow chemistry is an ideal approach to chemical ...

Oak Ridge researchers tested 3D-printed steel capsules in a high-flux reactor, remove them fully intact after a month.

The Department of Energy’s Oak Ridge National Laboratory set a new milestone in nuclear component innovation, successfully ...

This presentation highlights the characteristics and benefits of flow cells through the development of Pt/Ti electrodes for flow batteries and the optimization of 3D printed electrodes. After showing ...

ORNL has developed a 3D-printed nuclear reactor core prototype, with the ultimate goal of creating an advanced, full-sized, 3D-printed reactor with integrated sensors and controls from fewer ...

A rapidly built 3D printed nuclear reactor could get nuclear energy competitive again for power generation. A compact nuclear reactor could be used for space propulsion and space power. The lab aims ...

A team of engineers and physicists is 3D printing a nuclear reactor, which they say will help speed up the pace at which the slow-paced industry innovates.

Researchers at ORNL have successfully designed, 3D printed, and tested a crucial component for their High Flux Isotope Reactor (HFIR). This component, known as a “rabbit capsule,” is a small ...

3D printing will also help nuclear engineers get a better picture of what is happening inside a core once the reactor is up and running. In a conventional reactor, a core’s behavior has to be ...

Princeton Plasma Physics Laboratory has constructed a fusion reactor from parts it 3D-printed and bought off the shelf. It fits on a kitchen table. It’s a simple-sounding machine—a glass tube ...