The divertor is the device that continuously receives the extremely high heat and particle loads from the nuclear fusion plasma. Research and development on the divertor, which is highly reliable for ...

The joining of magnesium and titanium alloys represents a vital area of materials science, given the need for high-performance, lightweight structures in aerospace, automotive and other advanced ...

At the National Institute for Fusion Science researchers have introduced a new metallurgical method (brazing technique) for bonding tungsten and copper alloys. They achieved a superior bonding layer ...