Agilent Nanoindenter G200-1
Analysis of the mechanical behaviour of a material by pressing a microscopically small tip into a sample and measuring the required load versus the displacement of the tip into the surface.
Analysis of the mechanical behaviour of a material by pressing a microscopically small tip into a sample and measuring the required load versus the displacement of the tip into the surface.
Imaging technique for very high-resolution three-dimensional image of sample surface.
A vacuum tube furnace for processing or testing of materials at high temperatures.
Micro-scale measurement of 3D strain, displacement and shape.
The Dilatometer is used to measure the thermal expansion of materials as a function of temperature.
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.
UKAEA and partners are developing fusion-ready steels that are stronger, safer and scalable, helping build the foundations for future fusion power plants.
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.
Atomic resolution scanning transmission electron microscope coupled with Protochips – Atmosphere system for in-situ gas cell and heating experiments.