… the temperature band for the growth of fiber-form nanostructures. Precise temperature …
The temperature range for nanostructure growth was determined to be 800 ∼ 1050 K under …

… The nanostructures could have novel applications in optoelectronics, sensors, …
nanostructures of ZnO grown by the solid–vapour phase technique and their corresponding growth …

… In all cases growth was seen only on the Au-coated region. Our results show that the majority
of the nanostructures grow via a vapor-solid mechanism at low growth temperatures with …

… nanostructure growth temperatures, which was caused by different surface-to-volume ratio
and temperature… In the present case, since the nanostructures are with different density on the …

… methods for ZnO nanostructure growth were presented in this review and have been
tested to be superior growth methods when compared to others. ZnO nanostructure fate is …

… to reduce the defects in the nanostructures [27], but the problems associated with growth
defects have not allowed researchers to fully tap the potentials of nanostructures; hence, the …

… transport method under different process temperatures from 500 to 1000 … growth of ZnO
nanostructures at process temperatures of 500, 800, and 1000 C is governed by different growth …

… Grain growth kinetics for nanostructured nickel was studied … The range of temperature for
the isothermal and isochronal … growth occurs in the early stage of annealing, but the growth …

… In this work, using Au guided growth of ZnO, we show that the interfaces between the … the
nanostructure grow in well-defined mutual crystallographic relationships. The nanostructure …

… controlled by the temperature and time duration of the reaction process.[14] Here, we report
the temperature-controlled catalytic growth of ZnS nanostructures with different morphologies…