The materials that make fusion possible скачать в хорошем качестве

The materials that make fusion possible

Every pulse of a fusion machine pushes its materials to the edge of their capabilities. At Helion, our materials team isn't just selecting what goes into our generators, they're expanding the limits of materials science itself. In this video, we take you inside Helion's materials R&D labs to see how we design, test, and build materials that can perform under intense radiation, extreme heat, and powerful pulse-induced electromagnetic fields. Looking for a materials role? We’re hiring: https://www.helionenergy.com/careers 00:00 : Helion's approach to fusion 00:44 : What materials can survive fusion? 02:33 : Welcome to the Forge 02:48 : Introduction to Helion’s electromagnets 03:48 : Accumulative roll bonding & nano laminate materials 05:48 : How nanolaminates self-heal radiation damage 06:41 : Scaling nanolaminates to commercial scale 07:13 : Dielectric materials - what keep electrons in check 08:58 : Understanding dielectric breakdown 11:23 : The case for engineered ceramics 13:14 : How we characterize, test, and irradiate ceramics 14:45 : Material innovation leads to commercial fusion at scale LinkedIn:   / helion-energy   X: https://www.x.com/Helion_Energy Instagram:   / helionenergy   Facebook:   / helionenergy