Determination of N-/Ga-rich growth conditions, using in-situ auger electron spectroscopy

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

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Material Science

100
Temperature Material Science
100
Auger Electron Spec... Material Science
50
Film Material Science
50
Transmission Electr... Material Science
50
Materials Material Science
50
Molecular Beam Epit... Material Science
50
Reflection High-Ene... Material Science
50
Phase Composition Material Science

Earth and Planetary Sciences

100
Electron Spectrosco... Earth and Planetary Scien...
100
Substrates Earth and Planetary Scien...
50
Deviation Earth and Planetary Scien...
50
Agreement Earth and Planetary Scien...
50
Chemical Compositio... Earth and Planetary Scien...
50
Reflection Earth and Planetary Scien...
50
Transmission Electr... Earth and Planetary Scien...
50
Stoichiometry Earth and Planetary Scien...
50
Crystallinity Earth and Planetary Scien...
50
High Energy Electro... Earth and Planetary Scien...
50
Electron Diffractio... Earth and Planetary Scien...
50
Molecular Beam Epit... Earth and Planetary Scien...

Keyphrases

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In Situ Keyphrases
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Auger Electron Spec... Keyphrases
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Growth Conditions Keyphrases
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Low Substrate Tempe... Keyphrases
50
Transmission Electr... Keyphrases
50
Growth Form Keyphrases
50
Crystallinity Keyphrases
50
Molecular Beam Epit... Keyphrases
50
Chemical Compositio... Keyphrases
50
Mode Change Keyphrases
50
Reflection High-ene... Keyphrases
50
Flux Ratio Keyphrases
50
N Flux Keyphrases
50
Deviation from Stoi... Keyphrases
50
Auger Peak Keyphrases

INIS

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growth INIS
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auger electron spec... INIS
66
substrates INIS
33
peaks INIS
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reflection INIS
33
films INIS
33
monitoring INIS
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transmission electr... INIS
33
gallium nitrides INIS
33
energy INIS
33
stoichiometry INIS
33
electron diffractio... INIS
33
molecular beam epit... INIS
33
chemical compositio... INIS

Engineering

100
Substrate Temperatu... Engineering
100
Growth Condition Engineering
50
Energy Electron Dif... Engineering
50
High Energy Engineering
50
Growth Mode Engineering
50
Crystallinity Engineering
50
Chemical Compositio... Engineering
50
Rich Condition Engineering
50
Auger Peak Engineering
50
Reaction Stoichiome... Engineering

Chemical Engineering

100
Temperature Chemical Engineering
50
Molecular Beam Epit... Chemical Engineering
50
Film Chemical Engineering
Research OutputsResearch Output authored by Determination of N-/Ga-rich growth conditions, using in-situ auger electron spectroscopy is tagged with the concept