Sub 30 nm silver nanowire synthesized using KBr as co-nucleant through one-pot polyol method for optoelectronic applications

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

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Engineering & Materials Science

100
Nanowires Engineering & Materials S...
52
Optoelectronic devi... Engineering & Materials S...
44
Silver Engineering & Materials S...
41
Polyols Engineering & Materials S...
23
ITO glass Engineering & Materials S...
22
Conductive films Engineering & Materials S...
20
Sheet resistance Engineering & Materials S...
15
Aspect ratio Engineering & Materials S...
14
Nucleation Engineering & Materials S...
7
Costs Engineering & Materials S...

Physics & Astronomy

Engineering

88
nanowires Physics & Astronomy
37
ITO (semiconductors... Physics & Astronomy
18
optoelectronic devi... Physics & Astronomy
13
nucleation Physics & Astronomy

Chemistry and Materials

40
silver Physics & Astronomy
10
glass Physics & Astronomy

General

19
products Physics & Astronomy
18
high aspect ratio Physics & Astronomy
13
adjusting Physics & Astronomy
9
synthesis Physics & Astronomy

Physics

15
transmittance Physics & Astronomy

Chemical Compounds

100
Nanowires Chemical Compounds
52
Optoelectronic devi... Chemical Compounds
41
Polyols Chemical Compounds
32
Hospital Dental Ser... Chemical Compounds
31
Benzyl Compounds Chemical Compounds
23
ITO glass Chemical Compounds
23
Cerebellar Ataxia Chemical Compounds
21
Traffic Accidents Chemical Compounds
20
Dyspepsia Chemical Compounds
20
Sheet resistance Chemical Compounds
7
Costs Chemical Compounds
Research OutputsResearch Output authored by Sub 30 nm silver nanowire synthesized using KBr as co-nucleant through one-pot polyol method for optoelectronic applications is tagged with the concept