Lattice Swelling and Modulus Change in a Helium- Implanted Tungsten Alloy: X-ray Micro-Diffraction, Surface Acoustic Wave Measurements, and Multiscale modelling

Lattice Swelling and Modulus Change in a Helium- Implanted Tungsten Alloy: X-ray Micro-Diffraction, Surface Acoustic Wave Measurements, and Multiscale modelling

Lattice Swelling and Modulus Change in a Helium- Implanted Tungsten Alloy: X-ray Micro-Diffraction, Surface Acoustic Wave Measurements, and Multiscale modelling 150 150 UKAEA Opendata

Lattice Swelling and Modulus Change in a Helium- Implanted Tungsten Alloy: X-ray Micro-Diffraction, Surface Acoustic Wave Measurements, and Multiscale modelling

Using X-ray micro-diffraction and surface acoustic wave spectroscopy, we measure lattice swelling and elastic modulus changes in a W­-1%Re alloy after implantation with 3110 appm of helium. A fraction of a percent observed lattice expansion gives rise to an order of magnitude larger reduction in the surface acoustic wave velocity.

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01/01/2014