C. Hill Dipti K. Heinola A. Dubois N. Sisourat A. Taoutioui H. Agueny K. Tokesi I. Ziaeian C. Illescas A. Jorge L. Mendez A. S. Kadyrov N. W. Antonio A. M. Kotian T. Kirchner A. C. K. Leung J. Ko J. K. Lee8 O. Marchuk M. G. O'Mullane E. Litherland-Smith G. I. Pokol O. Asztalos P. Balazs Y. Wu C. C. Jia L. Liu J. G. Wang
The injection of energetic neutral particles into the plasma of magnetic confinement fusion reactors is a widely-accepted method for heating such plasmas; various types of neutral beam are also used for diagnostic purposes. Accurate atomic data are required to properly model beam penetration into the plasma and to interpret photoemission spectra…
PublishedBin Zhu Nathanael Leung Yiqiang Wang Hannah Zhang Jiří Dluhoš Thilo Pirling Michael Gorley Mark J. Whiting Tan Sui
A fusion power plant requires not only the control of the high energy plasma but also advanced techniques for maintenance and assembly in order to generate electricity consistently and safely. Laser welding is a promising technique for cutting and joining pipes and in-vessel components made of Eurofer97, a European baseline structural material. How…
Preprint PurchaseBin Zhu Nathanael Leung Winfried Kockelmann Saurabh Kabra Andrew J. London Michael Gorley Mark J. Whiting Yiqiang Wang Tan Sui
Eurofer97 steel is a primary structural material for the plasma facing-components of future fusion reactors. Laser welding is a promising technique that can overcome the challenges of remote handling and maintenance. However, the interaction of the induced residual stress distribution with the heterogeneous microstructure may degrade the mechanical…
Preprint Published