Add to ORKGWe explore the limit of absorption enhancement in thin film solar cells obtained by guided mode excitation and we discuss the geometrical and angular dependence of absorption. We consider the modal properties of the cell
Absorption enhancement in thin metal-backed solar cells caused by dipole scatterers embedded in the ...
Periodic texturing is one of the main techniques to enhance light absorption in thin-film solar cell...
Absorption enhancement in thin metal-backed solar cells caused by dipole scatterers embedded in the ...
We calculate the maximal absorption enhancement obtainable by guided mode excitation in a weakly abs...
We investigate the angular behavior of the upper bound of absorption provided by the guided modes in...
We investigate the impact of guided modes on the absorption enhancement in solar cells. By consideri...
Angle resolved measurements of the external quantum efficiency of a-Si solar cells deposited on a gr...
We investigate the influence of patterned metallic back reflector on absorption in thinfilm silicon ...
Surface texturing is one of the main techniques to enhance light absorption in solar cells. In thin ...
Surface texturing is one of the main techniques to enhance light absorption in solar cells. In thin ...
We use a 1D grating back reflector to study the mechanism of light trapping in solar cells. Experime...
We theoretically investigate the light-trapping properties of one- and two-dimensional periodic patt...
We theoretically investigate the light-trapping properties of one- and two-dimensional periodic patt...
Absorption enhancement in thin metal-backed solar cells caused by dipole scatterers embedded in the ...
Periodic texturing is one of the main techniques to enhance light absorption in thin-film solar cell...
Absorption enhancement in thin metal-backed solar cells caused by dipole scatterers embedded in the ...
Periodic texturing is one of the main techniques to enhance light absorption in thin-film solar cell...
Absorption enhancement in thin metal-backed solar cells caused by dipole scatterers embedded in the ...
We calculate the maximal absorption enhancement obtainable by guided mode excitation in a weakly abs...
We investigate the angular behavior of the upper bound of absorption provided by the guided modes in...
We investigate the impact of guided modes on the absorption enhancement in solar cells. By consideri...
Angle resolved measurements of the external quantum efficiency of a-Si solar cells deposited on a gr...
We investigate the influence of patterned metallic back reflector on absorption in thinfilm silicon ...
Surface texturing is one of the main techniques to enhance light absorption in solar cells. In thin ...
Surface texturing is one of the main techniques to enhance light absorption in solar cells. In thin ...
We use a 1D grating back reflector to study the mechanism of light trapping in solar cells. Experime...
We theoretically investigate the light-trapping properties of one- and two-dimensional periodic patt...
We theoretically investigate the light-trapping properties of one- and two-dimensional periodic patt...
Absorption enhancement in thin metal-backed solar cells caused by dipole scatterers embedded in the ...
Periodic texturing is one of the main techniques to enhance light absorption in thin-film solar cell...
Absorption enhancement in thin metal-backed solar cells caused by dipole scatterers embedded in the ...
Periodic texturing is one of the main techniques to enhance light absorption in thin-film solar cell...
Absorption enhancement in thin metal-backed solar cells caused by dipole scatterers embedded in the ...