Electron beam welding
We develop novel welded solutions for fusion challenges, but also supply components to imaging, beam-line, and aerospace customers.
We develop novel welded solutions for fusion challenges, but also supply components to imaging, beam-line, and aerospace customers.
Facilities and equipment our national fusion laboratory has available for research.
A data management system designed for fusion research, enabling efficient storage, retrieval, and management of experimental data.
The Focussed Ion Beam (FIB) can be used for high-resolution imaging and as a tool to machine micron-scale test pieces into the surface of a sample.
FISPACT-II is advanced nuclear simulation software providing predictive, spectral and temporal simulation methods using comprehensive nuclear data libraries.
A python toolkit for fusion scientists studying neutronics or fast particle physics in tokamaks.
Used to sputter away material from a localised region of a sample with 2 coincident beams of low energy argon.
Non-destructive measurements of sample resonant frequencies to allow for the determination of Youngs Modulus.
Performance evaluation and verification of small-scale components and samples under heat fluxes up to 20 MW/m2 and from room temperature to ~3000 °C in a highly flexible and adaptable facility.
Atomic resolution scanning transmission electron microscope coupled with Protochips – Atmosphere system for in-situ gas cell and heating experiments.