FISPACT-II
FISPACT II is advanced nuclear simulation software providing predictive, spectral and temporal simulation methods using comprehensive nuclear data libraries.
FISPACT II is advanced nuclear simulation software providing predictive, spectral and temporal simulation methods using comprehensive nuclear data libraries.
The PIPS II utilises two coincident beams of low energy argon ions to slowly sputter away material from a localised region of a sample.
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.
The Laser Flash Analysis is used for the determination of heat transport properties such as thermal diffusivity and thermal conductivity.
Two high vacuum Differential Scanning Calorimeter machines allow for determination of caloric effects of a sample by measurement of the difference in the heat flow rate between a sample and a reference.
Electrical, magnetic and thermophysical material characterisation at magnetic fields of up to 14 T and temperatures between 400 – 1.8 K.
Creating bespoke, flexible and affordable containment solutions
Fusion Power Plant Systems Codes: We explore the conceptual design and feasibility of a possible fusion power plant.