Add to ORKGSome of experimental measurements show significant size effects on Young's modulus and strength of ZnO nanowires(NWs),while others do not.To address this paradox,influences of lateral dimension and vacancy on the tensile behavior of ZnO NWs are assesse
Using molecular dynamics simulations, strain rate, temperature, size and orientation dependent mecha...
The Young’s modulus of ZnO nanobelts was measured with an atomic force microscope by means of the mo...
The piezoelectric performance of ultra-strength ZnO nanowires (NWs) depends on the subtle interplay ...
In this investigation, the size-scale in mechanical properties of individual [0001] ZnO nanowires an...
Understanding the mechanical properties of nanowires made of semiconducting materials is central to ...
Although studies of ZnO nanostructured materials have concentrated on the electric, optical, and mag...
The mechanical properties of ZnO nanowires are the “enabling factor” for piezotronic nanogenerators....
The fracture strength of ZnO nanowires vertically grown on sapphire substrates was measured in tensi...
Relation between the elastic modulus and the diameter (D) of ZnOnanowires was elucidated using a mod...
Zinc Oxide (ZnO) nanoscale nanowires (NW) and pillars exhibit substantial size-effects in mechanical...
In this work, we employed commercial finite element modeling (FEM) software package ABAQUS to analyz...
Compared to bulk samples, the bending strength of ZnO nanowires exhibits nearly two orders of magnit...
International audienceSurface elasticity and nonlinear effects are reported in ZnO nanowires and cha...
The Young’s modulus of ZnO nanobelts was measured using an atomic force microscope following the mod...
Elastic performances, as an essential property of nanowires (NWs), play a significant role in the de...
Using molecular dynamics simulations, strain rate, temperature, size and orientation dependent mecha...
The Young’s modulus of ZnO nanobelts was measured with an atomic force microscope by means of the mo...
The piezoelectric performance of ultra-strength ZnO nanowires (NWs) depends on the subtle interplay ...
In this investigation, the size-scale in mechanical properties of individual [0001] ZnO nanowires an...
Understanding the mechanical properties of nanowires made of semiconducting materials is central to ...
Although studies of ZnO nanostructured materials have concentrated on the electric, optical, and mag...
The mechanical properties of ZnO nanowires are the “enabling factor” for piezotronic nanogenerators....
The fracture strength of ZnO nanowires vertically grown on sapphire substrates was measured in tensi...
Relation between the elastic modulus and the diameter (D) of ZnOnanowires was elucidated using a mod...
Zinc Oxide (ZnO) nanoscale nanowires (NW) and pillars exhibit substantial size-effects in mechanical...
In this work, we employed commercial finite element modeling (FEM) software package ABAQUS to analyz...
Compared to bulk samples, the bending strength of ZnO nanowires exhibits nearly two orders of magnit...
International audienceSurface elasticity and nonlinear effects are reported in ZnO nanowires and cha...
The Young’s modulus of ZnO nanobelts was measured using an atomic force microscope following the mod...
Elastic performances, as an essential property of nanowires (NWs), play a significant role in the de...
Using molecular dynamics simulations, strain rate, temperature, size and orientation dependent mecha...
The Young’s modulus of ZnO nanobelts was measured with an atomic force microscope by means of the mo...
The piezoelectric performance of ultra-strength ZnO nanowires (NWs) depends on the subtle interplay ...