Broadband light trapping in a-Si:H based plasmonic solar cells using Au core-Al2O3 shell composite nanospheres using FDTD method
In this work, two different geometries of Au core-Al2O3 shell composite nanospheres (CNS)
in ITO/a-Si: H based solar cell structure have been considered. A finite-difference time …
in ITO/a-Si: H based solar cell structure have been considered. A finite-difference time …
Three-dimensional simulating plasmonic color of bifacial silicon solar cells with silver nanoparticles embedded within the rear antireflection layer
X Wu, S Zou, M Ni, H Sun, C Wu, Z Lu, J Ding… - Materials …, 2022 - Taylor & Francis
Herein, the structures of three types of silver nanoparticles embedded within the rear
antireflection layer of silicon bifacial solar cells are investigated by performing a three …
antireflection layer of silicon bifacial solar cells are investigated by performing a three …
Investigation Of Variable Sized Silver Nanospheres Deposited On ITO/C-Si Structure As FDTD Simulation Model For Plasmonic Solar Cells
The adoption of metal nanoparticles has been well demonstrated for enhanced absorption
in solar cells. In this work, effect of size of silver nanospheres (AgNS) deposited upon ITO …
in solar cells. In this work, effect of size of silver nanospheres (AgNS) deposited upon ITO …