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    • Enabling research
    • Quantum computing
    • Space + Astrophysics
    • Advanced materials
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    • Other industries
  • Capabilities
    • 15MV ion accelerator and Linac
    • Space Irradiation Beamline – Testing components for space
    • Ion beam implantation and ion beam analysis
    • Experimental Condensed Matter Physics Accelerator
    • Nuclear education and training
  • Resources
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  • About
    • About us
    • Governance
  • Services
    • Enabling research
    • Quantum computing
    • Space + Astrophysics
    • Advanced materials
    • Environment + Climate
    • Nuclear science
    • Other industries
  • Capabilities
    • 15MV ion accelerator and Linac
    • Space Irradiation Beamline – Testing components for space
    • Ion beam implantation and ion beam analysis
    • Experimental Condensed Matter Physics Accelerator
    • Nuclear education and training
  • Resources
  • News
  • Contact

Capabilities

15MV ion accelerator and Linac

We operate two coupled heavy ion accelerators: a 15 million volt 14UD Tandem van de Graaff accelerator and a 6 million volt equivalent superconducting linac booster, supporting a wide range of scientific research and applications.

Ion Beam Analysis and Ion Implantation

Our facility operates three electrostatic accelerators for ion-beam modification and analysis of materials. We are the only facility in Australia for controlled implantation of a broad range of atomic species into a wide range of materials. 

Experimental Condensed Matter Physics Accelerator

We operate an NEC 5U tandem electrostatic accelerator, delivering ion beams to three beamline instruments including the world-leading MAIA X-ray pixel detector array for materials analysis. We also operate a low-energy Colutron ion implanter.

Nuclear education and training

Our range of hands-on programs span frontier science, industry, space, medicine, materials and environment. Our facilities include dedicated equipment for nuclear physics experiments, including fusion, fission, nuclear structure, astrophysics, and electron spectroscopy.

HIA is enabled by the National Collaborative Research Infrastructure Strategy (NCRIS). It is operated by a consortium of institutions as an unincorporated joint venture, with the Australian National University as Lead Agent.

Email: hia.admin@anu.edu.au

  • About
    • About us
    • Governance
  • Services
    • Enabling research
    • Quantum computing
    • Space + Astrophysics
    • Advanced materials
    • Environment + Climate
    • Nuclear science
    • Other industries
  • Capabilities
    • 15MV ion accelerator and Linac
    • Space Irradiation Beamline – Testing components for space
    • Ion beam implantation and ion beam analysis
    • Experimental Condensed Matter Physics Accelerator
    • Nuclear education and training
  • Resources
  • News
  • Contact
  • About
    • About us
    • Governance
  • Services
    • Enabling research
    • Quantum computing
    • Space + Astrophysics
    • Advanced materials
    • Environment + Climate
    • Nuclear science
    • Other industries
  • Capabilities
    • 15MV ion accelerator and Linac
    • Space Irradiation Beamline – Testing components for space
    • Ion beam implantation and ion beam analysis
    • Experimental Condensed Matter Physics Accelerator
    • Nuclear education and training
  • Resources
  • News
  • Contact
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