Heteroepitaxial diamond nucleation and growth on silicon by microwave plasma-enhanced chemical vapor deposition synthesis

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

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Material Science

100
Silicon Material Science
100
Nucleation Material Science
100
Diamond Material Science
100
Plasma-Enhanced Che... Material Science
25
Diamond Films Material Science
25
Film Material Science
25
High-Resolution Tra... Material Science
25
Scanning Electron M... Material Science
25
Diffraction Pattern Material Science
25
Silicon Carbide Material Science
25
Amorphous Carbon Material Science
25
Selected Area Diffr... Material Science
25
Carburization Material Science

Earth and Planetary Sciences

100
Vapor Deposition Earth and Planetary Scien...
100
Nucleation Earth and Planetary Scien...
50
Methane Earth and Planetary Scien...
50
Diamond Films Earth and Planetary Scien...
50
Scanning Electron M... Earth and Planetary Scien...
50
Interlayer Earth and Planetary Scien...
50
Diffraction Pattern Earth and Planetary Scien...
50
Silicon Carbide Earth and Planetary Scien...
50
Pretreatment Earth and Planetary Scien...

Engineering

100
Chemical Vapor Depo... Engineering
100
Vapor Deposition Engineering
100
Diamond Engineering
100
Microwave Plasma Engineering
25
Methane Engineering
25
Azimuthal Engineering
25
Pretreatment Engineering
25
Amorphous Carbon Engineering
25
Interlayer Engineering
25
Diamond Crystal Engineering
25
Reciprocal Lattice Engineering
Research OutputsResearch Output authored by Heteroepitaxial diamond nucleation and growth on silicon by microwave plasma-enhanced chemical vapor deposition synthesis is tagged with the concept