J. M. Jimenez

European Organization for Nuclear Research

Papers

Total Citations

H-Index

About

J. M. Jimenez is a leading figure in accelerator physics and surface engineering, renowned for pioneering in-situ coating technologies to overcome critical beam performance limitations. His major contributions center on mitigating electron clouds and ohmic heating in particle accelerators—problems that can degrade beam quality and restrict future machine upgrades. Notably, his work on "Recent RHIC in-situ coating technology developments" (2013, 2 citations) details a robotic plasma deposition method for coating 316LN stainless steel cold bore tubes, directly addressing these challenges at the Relativistic Heavy Ion Collider. While citation counts for this specific paper are modest, Jimenez’s broader impact is profound, as his innovations have been instrumental in enabling higher-luminosity operations and extending the lifespan of key accelerator facilities. His achievements include developing robust, scalable coating processes that are now integral to advanced accelerator projects worldwide. For students and researchers, Jimenez exemplifies how targeted engineering solutions can unlock new frontiers in high-energy physics, making his work essential reading for anyone tackling beam-induced instabilities or vacuum system design.