A sol-gel strategy of constructing nanosized Hf6Ta2O17 encapsulated graphite flakes and its enhancement on the ablation property of carbon/carbon composites

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

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Material Science

100
Sol-Gel Material Science
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Carbon Carbon Compo... Material Science
33
Building Material Material Science
33
Plasma Spraying Material Science
33
Nanoindentation Material Science
33
Surface (Surface Sc... Material Science
33
Surface Modificatio... Material Science
33
Materials Engineeri... Material Science

Keyphrases

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Sol-gel Keyphrases
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Nanosize Keyphrases
100
Graphite Flakes Keyphrases
100
Carbon Composite Keyphrases
100
Hf6Ta2O17 Keyphrases
100
Ablation Properties Keyphrases
16
Surface Modificatio... Keyphrases
16
Sol-gel Method Keyphrases
16
Porosity Keyphrases
16
Plasma Spraying Keyphrases
16
Nanoindentation Keyphrases
16
Peak Temperature Keyphrases
16
Toughness Keyphrases
16
Materials Science Keyphrases
16
Pinning Effect Keyphrases
16
High-temperature St... Keyphrases
16
Editorial Office Keyphrases
16
Materials Technolog... Keyphrases
16
Oxygen Barrier Keyphrases
16
Critical Environmen... Keyphrases
16
Ablation Performanc... Keyphrases
16
Near-zero Ablation Keyphrases
16
Mass Ablation Rate Keyphrases
16
Oxyacetylene Torch Keyphrases

INIS

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ablation INIS
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carbon INIS
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sol-gel process INIS
100
nanostructures INIS
100
graphite INIS
40
surfaces INIS
20
design INIS
20
peaks INIS
20
environment INIS
20
reduction INIS
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modifications INIS
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comparative evaluat... INIS
20
performance INIS
20
oxygen INIS
20
barriers INIS
20
high temperature INIS
20
coatings INIS
20
plasma INIS
20
porosity INIS
20
structural material... INIS
Research OutputsResearch Output authored by A sol-gel strategy of constructing nanosized Hf6Ta2O17 encapsulated graphite flakes and its enhancement on the ablation property of carbon/carbon composites is tagged with the concept