Broadband Ce(III)-Sensitized Quantum Cutting in Core-Shell Nanoparticles : Mechanistic Investigation and Photovoltaic Application

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

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Material Science

100
Nanoparticle Material Science
100
Photovoltaics Material Science
66
Lanthanide Series Material Science
33
Electronic Circuit Material Science
33
Gadolinium Material Science
33
Luminescent Materia... Material Science
33
Lamp Material Science
33
Solar Cell Material Science
33
Crystalline Silicon... Material Science
33
Nanostructure Material Science

Chemistry

100
Nanoparticle Chemistry
66
Lanthanoid Atom Chemistry
33
Luminiscence Type Chemistry
33
Ultraviolet Irradia... Chemistry
33
Gadolinium Chemistry
33
Crystalline Silicon... Chemistry
33
Cutting Process Chemistry
33
Nanomaterial Chemistry
33
Solar Cell Chemistry

Engineering

100
Nanoparticle Engineering
100
Fold Increase Engineering
100
Photovoltaics Engineering
100
Core Shell Nanopart... Engineering
50
Sublattice Engineering
50
Nanomaterial Engineering
50
Energy Transition Engineering
50
Power Conversion Ef... Engineering
50
Plasma Display Pane... Engineering
50
Crystalline Silicon... Engineering
50
High Photon Energy Engineering
50
Solar Cell Engineering

Physics

100
Nanoparticle Physics
66
Near Infrared Physics
66
Rare Earth Element Physics
66
Solar Cell Physics
66
Downconversion Physics
33
Gadolinium Physics
33
Blood Plasma Physics
33
Nanomaterial Physics

Chemical Engineering

100
Nanoparticle Chemical Engineering
66
Rare Earth Element Chemical Engineering
33
Nanostructure Chemical Engineering
33
Gadolinium Chemical Engineering
Research OutputsResearch Output authored by Broadband Ce(III)-Sensitized Quantum Cutting in Core-Shell Nanoparticles is tagged with the concept