Significant thermal conductivity reduction of silicon nanowire forests through discrete surface doping of germanium

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

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Material Science

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Silicon Material Science
100
Germanium Material Science
100
Nanowire Material Science
100
Thermal Conductivit... Material Science
100
Surface (Surface Sc... Material Science
37
Thermoelectrics Material Science
25
Materials Material Science
12
X-Ray Photoelectron... Material Science
12
Temperature Material Science
12
Devices Material Science
12
Nanostructured Mate... Material Science

Keyphrases

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Silicon Nanowires (... Keyphrases
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Germanium Keyphrases
100
Surface Doping Keyphrases
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Nanowire Forest Keyphrases
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Thermal Conductivit... Keyphrases
100
Discrete Surface Keyphrases
80
Thermal Conductivit... Keyphrases
40
Silicon-germanium Keyphrases
20
X-ray Photoelectron... Keyphrases
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Room Temperature Keyphrases
20
Thermal Annealing Keyphrases
20
Doped Silicon Keyphrases
20
Binding Energy Keyphrases
20
Molecular Dynamics ... Keyphrases
20
Si 2p Keyphrases
20
Germanium Doped Keyphrases
20
Energy Conversion E... Keyphrases
20
Vertically Aligned Keyphrases
20
Phonon Scattering Keyphrases
20
Silicon Nanowire Ar... Keyphrases
20
Energy Change Keyphrases
20
Thermoelectric Devi... Keyphrases
20
Non-equilibrium Mol... Keyphrases
20
High Efficiency Keyphrases
20
Single Nanowire Keyphrases
20
Thermoelectric Effi... Keyphrases
20
Thermoelectric Nano... Keyphrases
20
Surface-doped Keyphrases

INIS

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reduction INIS
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surfaces INIS
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silicon INIS
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nanowires INIS
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germanium INIS
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forests INIS
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thermal conductivit... INIS
25
doped materials INIS
25
efficiency INIS
12
phonons INIS
12
comparative evaluat... INIS
12
x-ray photoelectron... INIS
12
interfaces INIS
12
cost INIS
12
annealing INIS
12
equilibrium INIS
12
devices INIS
12
scattering INIS
12
temperature range 0... INIS
12
molecular dynamics ... INIS
12
binding energy INIS
12
energy conversion INIS
12
nanomaterials INIS

Chemical Engineering

100
Silicon Chemical Engineering
100
Thermal Conductivit... Chemical Engineering
100
Germanium Chemical Engineering
100
Nanowire Chemical Engineering
12
Temperature Chemical Engineering
Research OutputsResearch Output authored by Significant thermal conductivity reduction of silicon nanowire forests through discrete surface doping of germanium is tagged with the concept