In this paper, we were investigated electrical properties of monocrystalline and polycrystalline silicon solar cells due to laser irradiation with 650 nm wavelength in two states, proximate irradiation and via optics setup. Thermal effect on the cell surface due to laser irradiation was investigated on electrical properties too. Electrical parameters investigation of solar cells illustrates cell excitement via laser irradiation and efficiency decreases due to cell surface temperature increase. Monocrystalline parameters change with uniform shape due to thermal effect and laser irradiation toward polycrystalline cells
Master's thesis is aimed at the use of given type of laser in the solar cells manufacturing. The fir...
Further reduction of the price of photovoltaic (PV) modules is critical to its wide-spread adoption,...
For this experimental study, solar cells samples were exposed to the different doses of 60 co gamma ...
Many current technologies used in solar cell fabrication have been successfully adaptedfrom the inte...
The present research concerns on the study of laser-powered solar panels used for space applications...
In this paper Laser Chemical Processing (LCP) is used for high local doping of selective emitters. I...
AbstractThe present research concerns on the study of laser-powered solar panels used for space appl...
The focussed beam of a low-power helium–neon laser is used to study accelerated light-induced degrad...
Abstract: The change in electric properties of silicon solar cells was investigated under the irradi...
The surface of silicon wafers was irradiated with ultrafast picosecond laser pulses in the presence ...
This work investigates the influence of the laser wavelength on laser doping (LD) and laser - fired ...
In this paper a detailed study on the electrical characteristics of Ni/Cu/Ag plated p-type Passivate...
AbstractThe surface of silicon wafers was irradiated with ultrafast picosecond laser pulses in the p...
AbstractIn this paper, the laser induced defects that result from a picosecond laser ablation (wavel...
Polycrystalline silicon thin film solar cells produced by continuous wave diode laser crystallizatio...
Master's thesis is aimed at the use of given type of laser in the solar cells manufacturing. The fir...
Further reduction of the price of photovoltaic (PV) modules is critical to its wide-spread adoption,...
For this experimental study, solar cells samples were exposed to the different doses of 60 co gamma ...
Many current technologies used in solar cell fabrication have been successfully adaptedfrom the inte...
The present research concerns on the study of laser-powered solar panels used for space applications...
In this paper Laser Chemical Processing (LCP) is used for high local doping of selective emitters. I...
AbstractThe present research concerns on the study of laser-powered solar panels used for space appl...
The focussed beam of a low-power helium–neon laser is used to study accelerated light-induced degrad...
Abstract: The change in electric properties of silicon solar cells was investigated under the irradi...
The surface of silicon wafers was irradiated with ultrafast picosecond laser pulses in the presence ...
This work investigates the influence of the laser wavelength on laser doping (LD) and laser - fired ...
In this paper a detailed study on the electrical characteristics of Ni/Cu/Ag plated p-type Passivate...
AbstractThe surface of silicon wafers was irradiated with ultrafast picosecond laser pulses in the p...
AbstractIn this paper, the laser induced defects that result from a picosecond laser ablation (wavel...
Polycrystalline silicon thin film solar cells produced by continuous wave diode laser crystallizatio...
Master's thesis is aimed at the use of given type of laser in the solar cells manufacturing. The fir...
Further reduction of the price of photovoltaic (PV) modules is critical to its wide-spread adoption,...
For this experimental study, solar cells samples were exposed to the different doses of 60 co gamma ...