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Ion Beam Lab Construction
Moving of the 6MV HVE EN Tandem
accelerator into the Tandem vault
Design and construction of the 6MV HVE EN
Tandem accelerator hall
Moving the 6 MV HVE EN Tandem from the old
building to the Ion Beam Laboratory
In-situ Ion Irradiation TEM Facility
Solidification of bovine serum albumin in
aqueous solution, observed during in-situ
TEM microfluidic flow
In situ Ni ion irradiation at RT diffraction pattern
3-D tomographic reconstruction of Au
nanoparticles irradiated with 3 MeV Cu3+
Copper Indent Test
Pmc Yinspot2j
In-situ compression of another Al2O3
(sapphire) nanoparticle. The particle primarily deforms
elastically prior to rapidly plastic deformation
Slow Rad Cropped
Dilute acetic acid over nc-PLD Fe
Run05 Processed Togetherc
Self-Irradiation of Gold
In-situ nanoindentation of pulse-laser
deposited nanocrystalline copper
In-situ fatigue of nanocrystalline copper
Filament formation during 2.8 MeV single ion
event in a 20 nm Au nanoparticle
Electron beam induced microstructural evolution
of a lanthanide structure in an aqueous
lanthanum chloride solution
SolidWorks representation of the in-situ
ion irradiation TEM beamline construction process
Tomographic reconstruction of nanoporous
palladium nanoparticles
Destruction of a protocell (drug delivery device)
in a microfluidic TEM liquid cell
In-situ self-ion irradiation using 3 MeV Cu
3.6 MeV Au ions. Speed is 12x real time
Nanoparticle formation observed during
an in-situ microfluidic study
In-situ irradiation of an Au sample with
3.6 MeV Au ions. Speed is 12x real ti
Installation and construction of Sandia National
Laboratories’ In-situ ion irradiation TEM