Effect of Ion Irradiation on the Properties of Metals and Alloys

This book describes the interaction between ions and metallic targets as well as energy loss processes during ion implantation and irradiation. Ion bombardments of disks causes changes in surface layer chemical composition, radiation defect formation, sputtering, blistering, swelling, and ion mixing. These effects modify surface topography, crystalline structure, electrical and tribological properties of metals and alloys. The book presents the state-of-the-art in research on the effects of the implantation and irradiation on the friction and wear of modified materials, as well as practical applications of ion implantation and irradiation. It offers a review of current problems related to the modification of materials via irradiation. In addition, computer programs for modelling the depth of ions and vacancies in a disk are presented, and potential causes of disagreement between modelling and experimental results are described. Finally, the book provides evidence of the long-range effect.

Effect of Ion Irradiation on the Properties of Metals and Alloys is aimed at academics investigating the properties of metals and alloys after irradiation and/or implantation as well as for and students of engineering, physical and chemical sciences. The book is also useful for those looking for up-to-date information on these methods and ways of solving related problems, and for designers of equipment that is used in either places exposed to high ion irradiation or to cosmic space.

Introduction. 1. Interactions of the implanted ions with the target 2. Effects of implantation on the properties of metals and alloys 3. Irradiation with swift ions 4. Effects of ion irradiation on the properties of metals and alloys 5. Synergy of changes in the properties of implanted and irradiated metals 6. Irradiation with neutrons, α particles and electrons 7. Applications of metal irradiation

Piotr Budzyński, PhD, DSc was born in 1971. He graduated from the Faculty of Mechanical Engineering at the Lublin University of Technology, where he has been employed as a researcher and academic since 1995. From 2012 to 2020 he held the position of Vice Dean for Scientific Affairs, and in 2020 he was appointed President of the Mechanical Engineering Discipline Council. The Faculty of Mechanical Engineering of the Lublin University of Technology is currently one of the leading mechanical engineering research units in Poland. In 2011 he defended his post-doctoral dissertation titled The Problems of Friction and Wear of Ion-Implanted Metallic Materials in Mechanical Engineering. His research interests focus on improvement of tribological properties of surface layer in different materials via ion implantation. His recent studies investigate the effect of swift ion irradiation on the properties of materials used in the space technology and in the design of accelerators and nuclear reactors. His research interests also include the design of electronic measuring equipment. He co-authored 58 research publications in journals indexed in the Scopus database as well as two patents and three utility models. He completed research fellowships at the Horia Hulubei National Institute for R&D in Physics and Nuclear Engineering (IFIN-HH) and Joint Institute for Nuclear Research (JINR).