Effect of Ion Irradiation on the Properties of Metals and Alloys

本書描述了離子與金屬靶之間的相互作用，以及在離子植入和輻照過程中的能量損失過程。離子轟擊圓盤會導致表面層化學成分的變化、輻射缺陷的形成、濺射、起泡、膨脹和離子混合。

Piotr Budzyński, DSc, PhD, Eng, was born in 1971. He graduated from the Mechanical Engineering Faculty at the Lublin University of Technology, where he has been 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 Mechanical Engineering Faculty at the Lublin University of Technology is currently one of the leading mechanical engineering research units in Poland.

In 2011, he defended his postdoctoral dissertation titled "The Problems of Friction and Wear of Ion-Implanted Metallic Materials in Mechanical Engineering". His research interests focus on the improvement of tribological properties of the surface layer in different materials via ion implantation. His recent studies are devoted to the effects 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 coauthored 58 research publications in journals indexed in the Scopus database as well as two patents and three utility models. He was awarded fellowships at the Horia Hulubei National Institute for R&D in Physics and Nuclear Engineering and the Joint Institute for Nuclear Research.

Piotr Budzyński，DSc，PhD，Eng，於1971年出生。他畢業於盧布林科技大學的機械工程學院，自1995年以來一直擔任研究員和學術職位。從2012年到2020年，他擔任科學事務副院長，並於2020年被任命為機械工程學科委員會主席。盧布林科技大學的機械工程學院目前是波蘭領先的機械工程研究單位之一。

在2011年，他辯護了題為「機械工程中離子植入金屬材料的摩擦與磨損問題」的博士後論文。他的研究興趣集中在通過離子植入改善不同材料表層的摩擦學特性。他最近的研究專注於快速離子輻射對於用於太空技術以及加速器和核反應堆設計的材料性能的影響。他的研究興趣還包括電子測量設備的設計。他共同撰寫了58篇在Scopus數據庫中索引的研究出版物，以及兩項專利和三項實用新型。他曾獲得霍里亞·胡盧貝伊國家物理與核工程研究所和聯合核研究所的獎學金。