Developing controllable anisotropic wet etching to achieve silicon nanorods, nanopencils and nanocones for efficient photon trapping

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
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Wet Etching Material Science
100
Nanorod Material Science
100
Anisotropy Material Science
100
Hydrogen Peroxide Material Science
50
Morphology Material Science
50
Dry Etching Material Science
50
Crystalline Materia... Material Science
50
Nanocrystalline Mat... Material Science
50
Nanoclusters Material Science
50
Photovoltaics Material Science

Keyphrases

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Nitric Acid Keyphrases
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Silver Nitrate Keyphrases
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Nanopencils Keyphrases
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Silicon Nanorods Keyphrases
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Silicon Nanocones Keyphrases
100
Anisotropic Wet Etc... Keyphrases
100
Photon Trapping Keyphrases
100
H2 Etching Keyphrases
50
Anisotropy Keyphrases
50
Dry Etching Keyphrases
50
Three-dimensional (... Keyphrases
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Relative Concentrat... Keyphrases
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Aspect Ratio Keyphrases
50
Wet Chemical Method Keyphrases
50
Si Nanostructures Keyphrases
50
Etching Mechanism Keyphrases
50
Anisotropy Factor Keyphrases
50
Optical Reflectance Keyphrases
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Nanorod Arrays Keyphrases
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Selective Depositio... Keyphrases
50
Nanocone Arrays Keyphrases
50
Nanoarrays Keyphrases
50
Tunable Geometry Keyphrases
50
Geometric Morpholog... Keyphrases
50
Ag Nanoclusters Keyphrases
50
Single Crystal Nano... Keyphrases

INIS

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silicon INIS
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etching INIS
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photons INIS
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anisotropy INIS
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trapping INIS
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nanostructures INIS
20
concentration INIS
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cost INIS
20
deposition INIS
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applications INIS
20
morphology INIS
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chemistry INIS
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geometry INIS
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aspect ratio INIS
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fabrication INIS
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monocrystals INIS
Research OutputsResearch Output authored by Developing controllable anisotropic wet etching to achieve silicon nanorods, nanopencils and nanocones for efficient photon trapping is tagged with the concept