In a paper published online this month in Nano Letters, the Penn State team and colleagues from UT Dallas, the Naval Research Laboratory, Sandia National Lab, and labs in Taiwan and Saudi Arabia, discovered that the tungsten diselenide layer grew in perfectly aligned triangular islands 1 - 3 microns in size that slowly coalesced into a single crystal up to 1 centimeter squar
In a paper published online this month
in Nano Letters, the Penn State team and colleagues from UT Dallas, the Naval Research Laboratory, Sandia National Lab, and labs in Taiwan and Saudi Arabia, discovered that the tungsten diselenide layer grew in perfectly aligned triangular islands 1 - 3 microns in size that slowly coalesced into a single crystal up to 1 centimeter squar
in Nano Letters, the Penn State team and colleagues from UT Dallas, the Naval Research Laboratory, Sandia National
Lab, and
labs in Taiwan and Saudi Arabia, discovered that the tungsten diselenide layer grew in perfectly aligned triangular islands 1 - 3 microns in size that slowly coalesced into a single crystal up to 1 centimeter squar
in Taiwan and Saudi Arabia, discovered that the tungsten diselenide layer
grew in perfectly aligned triangular islands 1 - 3 microns in size that slowly coalesced into a single crystal up to 1 centimeter squar
in perfectly aligned triangular islands 1 - 3 microns
in size that slowly coalesced into a single crystal up to 1 centimeter squar
in size that slowly coalesced into a single
crystal up to 1 centimeter square.