Direct growth of quasi-aligned ultrafine zns nanowire arrays on conducting zinc foils and their field emission proderties

Research output: Journal Publications and Reviews (RGC: 21, 22, 62) › 21_Publication in refereed journal › peer-review

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Engineering & Materials Science

64
Nanowires Engineering & Materials S...
50
Field emission Engineering & Materials S...
32
Metal foil Engineering & Materials S...
28
Zinc Engineering & Materials S...
28
Substrates Engineering & Materials S...
19
Electron emission Engineering & Materials S...
14
Nanostructures Engineering & Materials S...
14
Photoluminescence Engineering & Materials S...
14
Cathodes Engineering & Materials S...
14
Current density Engineering & Materials S...
13
Optical properties Engineering & Materials S...
12
Crystalline materia... Engineering & Materials S...
12
Transmission electr... Engineering & Materials S...
11
X ray diffraction Engineering & Materials S...
10
Scanning electron m... Engineering & Materials S...
8
Chemical analysis Engineering & Materials S...

Medicine & Life Sciences

Objects

100
Nanowires Medicine & Life Sciences
27
Nanostructures Medicine & Life Sciences
19
Electrodes Medicine & Life Sciences

Chemicals & Drugs

61
Zinc Medicine & Life Sciences

Procedures

32
X-Ray Emission Spec... Medicine & Life Sciences
23
Transmission Electr... Medicine & Life Sciences
22
Electron Scanning M... Medicine & Life Sciences

Phenomena

22
X-Ray Diffraction Medicine & Life Sciences

Concepts & Ideas

16
Electrons Medicine & Life Sciences

Devices

14
Equipment and Suppl... Medicine & Life Sciences
Research OutputsResearch Output authored by Direct growth of quasi-aligned ultrafine zns nanowire arrays on conducting zinc foils and their field emission proderties is tagged with the concept