Category: Miscellaneous
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drafts
Collaborations v.20251201: Our Collaborations Testing Steel to Harness the Energy of Tomorrow Thanks to Knowledge Transfer agreement, our section has partnered with Rolf Kind GmbH, a German company specialised in high-alloy stainless steel forgings, to identify materials capable of meeting the extreme demands of next-generation fusion power plants. Working with the EN-MME Materials, Metrology and…
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All Publications
Annual lists of EN-MME-MM-authored publications 2023 Effect of surface orientation on blistering of copper under high fluence keV hydrogen ion irradiation. A. Lopez Cazalilla, C. Serafim, J. Kimari, M. Ghaemi, A. T. Pérez Fontenla, S. Calatroni; A. Grudiev; W. Wuensch, F. Djurabekova. Acta Materialia Picosecond pulsed 532 nm laser system for roughening and secondary electron yield reduction of inner surfaces of up to…
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Our People
Meet Our Team! About our Team Our team is composed of more than 30 talented individuals coming from a wide range of cultural and professional backgrounds. Our members represent more than 10 nationalities, reflecting the truly international spirit of CERN. Within the group, experienced material scientists, expert technicians and engineers work side by side, combining advanced simulation tools. This diversity…
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Contact Us
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Our Collaborations
Big Science: ITER Project The ITER Project relies on components of unprecedented size, strength, and precision, where even microscopic defects can compromise performance or safety. Since the launch of a major cooperation agreement in 2009, the EN-MME-MM section has served as ITER’s reference laboratory for materials expertise, cryogenic testing, advanced non-destructive evaluation and high-resolution microscopy…
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Press Release
The studies performed in MME-MM provide an essential contribution to the scientific community, supporting the reliability, performance, and long-term stability of systems operating under extreme conditions. Engineering Materials for Big Science Uncovering the fundamental laws and constituents of the universe is not just a source of fascination for particle physicists. Engineers, chemists and materials scientists…
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Publications
Advanced Materials and Manufacturing for Accelerators and Fusion We develop, characterize, and qualify structural and functional materials for accelerator and fusion technologies. Recent research focuses on cryogenic mechanical testing, surface engineering, development of low-Z materials, and superconducting solutions. Mechanical characterization of yarns made from carbon nanotubes for the instrumentation of particle beams at CERN CERN…
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use case
Use Cases The studies performed provide an essential contribution to the scientific community, supporting the reliability, performance, and long-term stability of systems operating under extreme conditions. Advanced Materials & Processing: We develop, characterize, and qualify structural and functional materials for accelerator and fusion technologies. Recent research focuses on cryogenic mechanical testing, surface engineering, development of…
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