[Phys. Rev. B 81, 115465 (2010)] Controlling and exploiting self-ordering of materials requires us to understand the structure at the atomic level and the mechanism that drives the nanoscale self-assembling. The result of adsorbing nitrogen on the Cu(001) surface constitutes one example of nanoscale self-ordering as it forms squared 6×6 nm2 N-patches on top of the […]
See any of the 96 eigenmodes of nonvanishing frequency of Pt17Fe17 by clicking on the links displayed below. In order to better appreciate the vibration, I provide the “top” and “side” views of the nanoparticle for each eigenmode in front of the corresponding eigenfrequency (given in meV). 1.39 top / side 5.25 top […]
See any of the 96 eigenmodes of nonvanishing frequency of Pt27Fe7 by clicking on the links displayed below. In order to better appreciate the vibration, I provide the “top” and “side” views of the nanoparticle for each eigenmode in front of the corresponding eigenfrequency (given in meV). 2.64 top / side 6.68 top […]
See any of the 108 eigenmodes of nonvanishing frequency of Pt20Fe18 by clicking on the links displayed below. In order to better appreciate the vibration, I provide the “top” and “side” views of the nanoparticle for each eigenmode in front of the corresponding eigenfrequency (given in meV). 3.69 top / side 7.49 top […]
See any of the 108 eigenmodes of nonvanishing frequency of Cu38 by clicking on the links displayed below. In order to better appreciate the vibration, I provide the “top” and “side” views of the nanoparticle for each eigenmode in front of the corresponding eigenfrequency (given in meV). 4.35 top / side 10.11 […]
