Normally, ZnO NWs grown with the hydrothermal method show a large defect concentration,
but is still one of the best choices to accommodate flexible substrates because of benefits of …

Surface-architecture-controlled ZnO nanowires were grown using a vapor transport method
on various ZnO buffer film coated c-plane sapphire substrates with or without Au catalysts …

We report the nanocluster-catalyzed growth of ultralong and highly uniform single-crystalline
silicon nanowires (SiNWs) with millimeter-scale lengths and aspect ratios up to …

Oxide nanowire networks or oxide nanonets leverage some of the exceptional functionalities
of one-dimensional nanomaterials along with the fault tolerance and flexibility of …

The responses of individual ZnO nanowires to UV light demonstrate that the persistent
photoconductivity (PPC) state is directly related to the electron–hole separation near the …

Significant increase of photocurrent upon UV light exposure is demonstrated in a narrow‐
bandgap polymer‐based photodetector using ZnO nanoparticles as anode interfacial layer …

We present a set of criteria to optimize photodetectors based on n-type metal oxide
nanowires and a comparison methodology capable of overcoming the present lack of …

The demand for ffexible electronic components is increasing in portable handheld displays
and communication products due to their light weight, ffexibility, shock resistance, and low …

ZnO nanowires (NWs) were directly grown on ductile zinc foil by thermal oxidation at 500° C.
The highly crystalline ZnO NWs exhibited bidirectional growth preferentially oriented in the …

A complete study based on advanced atomic force microscopy electrical mode called
scanning spreading resistance microscopy (SSRM) is carried out on a series of samples of …