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Broadband light trapping in ultra-thin film plasmonic a-Si:H solar cells
V.E. Ferry
, M.A. Verschuuren
, M.C. Lare
, R.E.I. Schropp
, H.A. Atwater
, A. Polman
Nanophotonics
Dept of Physics
extern
Research output
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Keyphrases
A-Si
100%
Broadband Light Trapping
100%
H Solar Cell
100%
Plasmonics
100%
Ultrathin Films
100%
Semiconductors
50%
Three-dimensional (3D)
33%
Intrinsic Layer
33%
Solar Spectrum
16%
Solar Cell
16%
Photocurrent
16%
Roughened Surface
16%
Plasmonic Nanostructures
16%
Direct Light
16%
Amorphous Si
16%
Back Contact
16%
Weakly Coupled
16%
Angular Response
16%
Spatial Frequency
16%
Growth Substrate
16%
Photocurrent Enhancement
16%
Solar Cell Efficiency
16%
Plasmonic Nanoparticles
16%
Random Tilings
16%
3D Architecture
16%
Device Design
16%
Ultrathin
16%
Nanoparticle Lattices
16%
Nanoimprint Lithography
16%
Guided Modes
16%
Quasi-periodic
16%
Electromagnetic Simulation
16%
Ag Particles
16%
Light-trapping Nanostructure
16%
Scalable Methods
16%
Pseudorandomness
16%
Local Mode
16%
Mie Scattering
16%
Different Nanoparticles
16%
Nanostructured Surfaces
16%
Material Science
Solar Cell
100%
Ultrathin Film
100%
Surface (Surface Science)
50%
Nanoparticle
50%
Nanostructure
50%
Novel Device
25%
Indium Tin Oxide
25%
Lithography
25%