niobium-hafnium rare earth metals and tantalum materials. Before joining Materion in 2018, Grannum was president of the Global Chlorinated Organics business at Clayton, Missouri-based Olin. He also ...

The funds will support the development of Victory’s North Stanmore heavy rare earth elements (HREE)-scandium-hafnium project in Western Australia. This move underscores the US government’s strategic ...

"We hope that by extending this tunneling technique to other hydride superconductors, the key factors that enable superconductivity at even higher temperatures can be pinpointed. This should ...

Victory Metals has done a lot of arm-waving about the potential for its North Stanmore heavy rare earth element project in Western Australia to plug any gap left by China's export controls amid ...

However, China’s device does not rely on nuclear fusion. Instead, it uses magnesium hydride in a chemical reaction to produce hydrogen and heat, making it a non-nuclear hydrogen-based explosive.

The bomb, developed by the 705 Research Institute under the China State Shipbuilding Corporation (CSSC), makes use of magnesium hydride - a silvery powder that stores hydrogen more efficiently ...

This explosive, developed by the 705 Research Institute of the China State Shipbuilding Corporation (CSSC), uses a material more often associated with clean energy applications than battlefield ...

This material is reportedly magnesium hydride which stores more hydrogen than a pressurised tank and releases immense amount of energy when activated using conventional explosives. ALSO SEE: Move Over ...

The chemical—magnesium hydride— is a silvery powder that can store much more hydrogen than a pressurised tank. It was developed with the aim to bring the gas to off-grid areas, where it could power ...

Developed by the China State Shipbuilding Corporation's (CSSC) 705 Research Institute, the bomb uses magnesium hydride, a silvery powder that stores hydrogen more efficiently than pressurised tanks.

The device, weighing just 2 kilograms, has a unique explosive mechanism. Instead of using nuclear materials, it relies on magnesium hydride, which stores hydrogen at a much higher density than ...

Commonly known as magnesium hydride, the silvery powder stores relatively more hydrogen as compared to a pressurised tank. The device was originally developed to bring the gas to remote areas ...