Magnetism as a tool for band-gap narrowing of zinc oxide films prepared by sol–gel method

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Zinc Oxide Material Science
100
Manganese Material Science
100
Oxide Film Material Science
100
Magnetism Material Science
50
ZnO Material Science
33
Film Material Science
33
Oxygen Vacancy Material Science
16
Semiconductor Mater... Material Science
16
Temperature Material Science
16
Annealing Material Science
16
Doping (Additives) Material Science

Keyphrases

100
Band Broadening Keyphrases
100
Sol-gel Method Keyphrases
100
Magnetism Keyphrases
100
Band Gap Keyphrases
100
Zinc Oxide Thin Fil... Keyphrases
60
Manganese Keyphrases
60
Exchange Interactio... Keyphrases
40
Oxygen Vacancy Keyphrases
40
Zeeman Keyphrases
40
ZnO Film Keyphrases
40
Manganese Ion Keyphrases
20
Room Temperature Keyphrases
20
High Concentration Keyphrases
20
Conduction Band Keyphrases
20
Dopant Keyphrases
20
Conduction Band Edg... Keyphrases
20
Vegard's Law Keyphrases
20
Magnetic Moment Keyphrases
20
Post-annealing Keyphrases
20
Mn Ions Keyphrases
20
Zinc Oxide Keyphrases
20
Doped Semiconductor Keyphrases
20
Undoped ZnO Keyphrases
20
Manganese Chloride Keyphrases
20
Annealing in Hydrog... Keyphrases

INIS

100
films INIS
100
tools INIS
100
magnetism INIS
100
zinc oxides INIS
66
concentration INIS
50
doped materials INIS
50
manganese INIS
50
manganese ions INIS
50
exchange interactio... INIS
33
oxygen INIS
33
vacancies INIS
33
zeeman effect INIS
16
semiconductor mater... INIS
16
hydrogen INIS
16
annealing INIS
16
temperature range 0... INIS
16
precursor INIS
16
vegard law INIS
16
magnetic moments INIS
16
mediation INIS
16
manganese chlorides INIS
Research OutputsResearch Output authored by Magnetism as a tool for band-gap narrowing of zinc oxide films prepared by sol–gel method is tagged with the concept