Prediction of three-dimensional stretchable boron nitride nanoribbons

Stretched three-dimensional white graphene with a tremendous lattice thermal conductivity increase rate

“…Zhang has studied extensively the piezoelectric properties of BNHC, 20 while a very recent publication exhibited the mechanically and dynamically stable characteristics of several three-dimensional boron nitride nanoribbons. 21 Concerning the 3D BN counterpart, it also performs well in many elds and a number of studies have been reported. For example, Dai et al have reported in 2013 that the microporous BN structure entails large surface area more than 3000 m 2 g À1 and showed a preference toward organic molecule adsorption (such as ethanol molecules) compared to water molecules.…”

“…Zhang has studied extensively the piezoelectric properties of BNHC, 20 while a very recent publication exhibited the mechanically and dynamically stable characteristics of several three-dimensional boron nitride nanoribbons. 21 …”