Active Physics & Astronomy Materials & Manufacturing

UK National Ion Beam Centre

In plain English

AI plain-English summary

A single national hub gives UK researchers access to ion beams—particle accelerators that fire charged atoms at materials—to alter or analyse them at the atomic scale. This matters because ion beams are essential tools for both fundamental science and applied engineering, yet the equipment is too expensive for individual universities to own and operate. The UK National Ion Beam Centre (UKNIBC) pools three university facilities into one coordinated service, offering 1,400 free user hours per year for small pilot projects and student training, plus 7,640 paid hours for larger studies. Without this centralised access, many research groups would lack the means to modify or probe materials at the atomic level. The centre’s work spans semiconductor doping—changing how materials conduct electricity or interact with light—to analysing space debris recovered from orbit, helping determine where fragments came from. If the centre continues to operate effectively, it will sustain UK capabilities in microelectronics, quantum device fabrication, nuclear materials testing, and planetary science. This is primarily an infrastructure grant, not a single discovery project. It keeps the doors open for hundreds of researchers whose work depends on these beams, much as a national synchrotron or neutron source does for other fields.

View original technical description
The UKNIBC provides a single point of access for the UK research community to world-leading ion beam modification and analysis infrastructure and expertise. An integral part of the EPSRC portfolio, the UKNIBC is a collaborative delivery partnership between The University of Huddersfield, The University of Manchester's Dalton Cumbrian Facility and The University of Surrey. For more information see: http://www.uknibc.com/ The UK National Ion Beam Centre provides ion beam time for a range of external users, using ion beams in a range of different ways. Uses range from implantation for doping semiconductor materials to change their electrical and optical properties to ion beam analysis of meteor impacts on items recovered from space (to determine the origin of space debris), with many more application in between. This application provides funding to support users for rapid access for small pump priming applications as well as short student training projects. It supports a total of 1,400 free (to the user) access hours across the distributed centre each year. An additional 7,640 hours paid access are available for users.

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Researchers

Anamul Haq Mir (Co-Investigator)Andrew Rossall (Co-Investigator)Fred Currell (Co-Investigator)Graeme Greaves (Co-Investigator)Jaap Van Den Berg (Co-Investigator)Jonathan England (Co-Investigator)Jonathan Hinks (Co-Investigator)Melanie Bailey (Co-Investigator)Roger Webb (Co-Investigator)Satheesh Krishnamurthy (Principal Investigator)Stephen Eastwood Donnelly (Co-Investigator)Steven Clowes (Co-Investigator)

Related Research

Grants with similar aims, by meaning.

UK National Ion Beam Centre Core Equipment 2024
UK National Ion Beam Centre Core Equipment 20/21
UK National Ion Beam Centre Core Equipment Award 2022
High Resolution Ion Beam Analysis Facility
University of Surrey Ion Beam Centre

Original classification

Research Grant

Plain English summaries and category classifications on this site are generated by AI and may not perfectly reflect the original research.