Image courtesy of Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms

Abstract

An in situ ion irradiation transmission electron microscope has been developed and is operational at Sandia National Laboratories. This facility permits high spatial resolution, real time observation of electron transparent samples under ion irradiation, implantation, mechanical loading, corrosive environments, and combinations thereof. This includes the simultaneous implantation of low-energy gas ions (0.8–30 keV) during high-energy heavy ion irradiation (0.8–48 MeV). Initial results in polycrystalline gold foils are provided to demonstrate the range of capabilities. Keywords: In situ transmission electron microscopy (TEM), Single ion strike, Radiation effects, Ion irradiation, Extreme environments

Impact Statement

Here, the authors show proof-of-concept results of in situ ion irradiation within a TEM on gold foils. They show that they are able to use ion beams with a large range of energies (48 MeV- 10 keV) and are still able to maintain high resolution during many experiments.