Thermal stability and electrical conduction behavior of coevaporated WSi2±x thin films

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

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Material Science

100
Electrical Resistiv... Material Science
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Thermal Stability Material Science
100
Thin Films Material Science
50
Temperature Material Science
50
Crystallization Material Science
25
Nucleation Material Science
25
Morphology Material Science
25
Transmission Electr... Material Science
25
Amorphous Film Material Science
25
Activation Energy Material Science
25
Crystallite Material Science

Chemistry

100
Thermal Stability Chemistry
100
Electrical Conducti... Chemistry
100
Resistivity Chemistry
50
Ambient Reaction Te... Chemistry
50
Crystallization Chemistry
50
formation Chemistry
25
Procedure Chemistry
25
Reaction Activation... Chemistry
25
Phase Transition Chemistry
25
Nucleation Chemistry
25
Transmission Electr... Chemistry
25
Crystallite Chemistry
25
Heating Chemistry
25
Amorphous Film Chemistry

Keyphrases

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Hexagonal Phase Keyphrases
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Resistivity Keyphrases
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Thermal Stability Keyphrases
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Tetragonal Phase Keyphrases
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Thermoelectric Prop... Keyphrases
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Electrical Conducti... Keyphrases
100
Conduction Behavior Keyphrases
66
Room Temperature Keyphrases
66
Crystallization Keyphrases
66
WSi2 Keyphrases
33
Hot Stage Keyphrases
33
Transmission Electr... Keyphrases
33
Annealing Keyphrases
33
Crystallites Keyphrases
33
Nucleation Mechanis... Keyphrases
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Activation Energy Keyphrases
33
Amorphous Films Keyphrases
33
Growth Process Keyphrases
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Thermodynamically S... Keyphrases
33
Tetragonal Keyphrases
33
Measurement Stage Keyphrases
33
Phase Transformatio... Keyphrases
33
Equiaxed Keyphrases
33
Continuous Heating Keyphrases
33
Resistivity Measure... Keyphrases
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Compositional Chang... Keyphrases
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Acicular Keyphrases
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Mode Parameters Keyphrases
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In-situ Resistivity Keyphrases

INIS

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transformations INIS
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stability INIS
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thin films INIS
50
temperature range 0... INIS
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crystallization INIS
25
films INIS
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values INIS
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heating INIS
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transmission electr... INIS
25
growth INIS
25
annealing INIS
25
nucleation INIS
25
morphology INIS
25
phase transformatio... INIS
25
activation energy INIS
25
tungsten silicides INIS

Engineering

100
Room Temperature Engineering
100
Thin Films Engineering
100
Electrical Conducti... Engineering
50
Stages Engineering
50
Characteristics Engineering
50
Neighbourhood Engineering
50
Growth Process Engineering
50
Activation Energy Engineering
50
Low Value Engineering
50
Continuous Heating Engineering
50
Independent Variabl... Engineering
50
Measurement Engineering
50
Crystallite Engineering
Research OutputsResearch Output authored by Thermal stability and electrical conduction behavior of coevaporated WSi2±x thin films is tagged with the concept