This journal is dedicated to understanding the fundamental effects of radiation on materials. Its main objective is to report on both theoretical and experimental studies of radiation-induced phenomena and defects in solids, including metals, semiconductors, and insulators. It explores a broad range of effects, from atomic-level displacements to macroscopic changes in material properties, as well as examining the impact of various types of radiation.
The journal aims to publish findings in the fields such as radiation damage, ion implantation, and particle-solid interactions. Indexed in major databases such as CAS and Web of Science, it serves as an invaluable resource for researchers and engineers in nuclear materials, materials science, and condensed matter physics. It fosters understanding of radiation effects and promotes advances in radiation-resistant materials.
Submit your research that will facilitate development of high-performance materials for harsh radiation environments. This helps the journal push the boundaries of knowledge and contribute to innovative solutions in nuclear energy, space exploration, and materials engineering.