Strontium titanate surface, HRSEM image

Strontium titanate surface, HRSEM image

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Credit: LAWRENCE BERKELEY NATIONAL LABORATORY/ SCIENCE PHOTO LIBRARY

Caption: Strontium titanate surface. Combined overlay and high-resolution scanning electron microscopy (HRSEM) image of surface atoms in strontium titanate. Surface atoms drive a large portion of a material's interactions with its environment. HRSEM extends scanning microscopy to the atomic scale and provides information on both surface and bulk atoms simultaneously. The new technique was tested with TEAM 1.0 (Transmission Electron Aberration-corrected Microscope) at NCEM (the National Center for Electron Microscopy), the Molecular Foundry, at Lawrence Berkeley National Laboratory, California, USA. This image was published in 2015.

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Keywords: 2015, 21st century, american, atom, atomic, atoms, berkeley, california, chemical, chemistry, high-resolution scanning electron microscopy, hrsem, lab, laboratory, lattice, lawrence berkeley national laboratory, lbnl, material, materials science, mineral, molecular, molecular foundry, nanoscience, nanotechnology, national center for electron microscopy, ncem, no-one, nobody, north america, north american, oxide, oxygen, physical, physics, research, srtio3, strontium, strontium titanate, structural, structure, surface atoms, surface chemistry, team 1.0, titanium, transmission electron aberration-corrected microscope, united states, usa

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