Vertically distributed VO2 nanoplatelets on hollow spheres with enhanced thermochromic properties

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

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Material Science

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Materials Material Science
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Nanoparticle Material Science
100
Optical Property Material Science
100
Film Thickness Material Science
100
Vanadium Material Science
100
Hydrothermal Synthe... Material Science
100
Thermochromics Material Science

Keyphrases

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Thermochromic Prope... Keyphrases
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Nanoplatelets Keyphrases
100
Hollow Spheres Keyphrases
75
Solar Modulation Keyphrases
50
2D Structure Keyphrases
50
Smart Window Keyphrases
25
Optical Properties Keyphrases
25
Film Thickness Keyphrases
25
Dispersion Properti... Keyphrases
25
Transmittance Keyphrases
25
Energy Saving Keyphrases
25
Hydrothermal Method Keyphrases
25
High Sensitivity Keyphrases
25
Hierarchical Struct... Keyphrases
25
Gradual Reduction Keyphrases
25
Template-free Keyphrases
25
Ultra-high Keyphrases
25
Visible Transmittan... Keyphrases
25
Vanadium Dioxide VO... Keyphrases
25
VO2 Nanoparticles Keyphrases
25
Phase Transition Ma... Keyphrases

INIS

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spheres INIS
100
nanostructures INIS
75
modulation INIS
25
films INIS
25
reduction INIS
25
comparative evaluat... INIS
25
optical properties INIS
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energy INIS
25
applications INIS
25
thickness INIS
25
phase transformatio... INIS
25
sensitivity INIS
25
nanoparticles INIS
25
dispersions INIS
25
hydrothermal synthe... INIS
25
vanadium oxides INIS

Chemical Engineering

100
Nanoparticle Chemical Engineering
100
Vanadium Chemical Engineering
100
Film Chemical Engineering
Research OutputsResearch Output authored by Vertically distributed VO2 nanoplatelets on hollow spheres with enhanced thermochromic properties is tagged with the concept