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3D imaging study reveals how atoms are packed in amorphous materials

The UCLA-led research could revise a 70-year-old model of how the fundamental building blocks of substances are assembled. ....

United Kingdom , Dennis Kim , Dillan Chang , Stanley Osher , Jihan Zhou , Peter Ercius , Andreas Schmid , Frederick Charles Frank , Yao Yang , Minh Pham , Yasutaka Nagaoka , Jianwei John Miao , Lawrence Berkeley National Laboratory Molecular Foundry , Department Of Energy , National Science Foundation , Army Research Office , Technology Center , Brown University , California Nanosystems Institute , Nature Materials , Yakun Yuan , Fan Zhu , Lawrence Berkeley National Laboratory , Molecular Foundry , Science Foundation , Army Research ,

3D Atomic Imaging Helps Observe Metallic Glass Structure

3D Atomic Imaging Helps Observe Metallic Glass Structure
Written by AZoNanoApr 1 2021
Amorphous solids, which also include rubber, glass and plastics, are a class of matter. But despite their routine applications in people’s
day-to-day lives, amorphous solids have traditionally presented a challenge to researchers.
At left, an experimental 3D atomic model of a metallic glass nanoparticle, 8 nanometers in diameter. Right, the 3D atomic packing of a supercluster within the structure, with differently colored balls representing different types of atoms. Image Credit: University of California, Los Angeles.
Since the 1910s, investigators have successfully mapped the atomic structures of crystals the other leading group of solids in 3D. This resulted in a wide range of developments in nanoscience, geology, materials science, biology, chemistry, physics, drug discovery, etc. ....

United States , College Park , Los Angeles , Dennis Kim , Yonggang Yao , Dillan Chang , Stanley Osher , Jihan Zhou , Peter Ercius , Charles Ying , Andreas Schmid , Minh Pham , Yao Yang , Margaret Murnane , Jianwei John Miao , Arjun Rana , University Of California , University Of Maryland , Lawrence Berkeley National Laboratory , National Science Foundation , Us Department Of Energy , Technology Center , Study Co , California Nanosystems Institute , Study Co Author , Staff Scientist ,