Add to ORKGThe goal was to demonstrate the cost effectiveness feasibility of fabricating 16% efficient solar cells on 125 mm diameter Cz wafers using pulsed excimer laser for junction formation, surface passivation, and front metallization
Many current technologies used in solar cell fabrication have been successfully adaptedfrom the inte...
Laser assisted processing techniques utilized to produce the fine line, thin metal grid structures t...
The ablation of passivating layers using laser radiation offers a new way of defining the rear conta...
The merits of large spot size pulsed laser annealing of phosphorus implanted, Czochralski grown sili...
Modifications to the ground plane, to insure a good electrical return path during the pulse discharg...
A processing system capable of producing solar cell junctions by ion implantation followed by pulsed...
Several different techniques to simultaneously diffuse the front and back junctions in dendritic web...
An overview is given of seven process development activities which were presented at this session. P...
Development of a pulsed electron beam subsystem, wafer transport system, and ion implanter are discu...
Experiments were completed which indicate that single-pulse, liquid-phase epitaxial regrowth is the ...
Three sets of samples were laser processed and then cell processed. The laser processing was carried...
To enable photovoltaics (PV) to become a leading source of energy in a low-carbon future, the cost o...
The objective of this program is to develop high rate, energy efficient solar cell processing techni...
High-power laser pulses were used to replace the conventional high temperature furnace processing fo...
Laser-assisted processing techniques utilized to produce the fine line, thin metal grid structures t...
Many current technologies used in solar cell fabrication have been successfully adaptedfrom the inte...
Laser assisted processing techniques utilized to produce the fine line, thin metal grid structures t...
The ablation of passivating layers using laser radiation offers a new way of defining the rear conta...
The merits of large spot size pulsed laser annealing of phosphorus implanted, Czochralski grown sili...
Modifications to the ground plane, to insure a good electrical return path during the pulse discharg...
A processing system capable of producing solar cell junctions by ion implantation followed by pulsed...
Several different techniques to simultaneously diffuse the front and back junctions in dendritic web...
An overview is given of seven process development activities which were presented at this session. P...
Development of a pulsed electron beam subsystem, wafer transport system, and ion implanter are discu...
Experiments were completed which indicate that single-pulse, liquid-phase epitaxial regrowth is the ...
Three sets of samples were laser processed and then cell processed. The laser processing was carried...
To enable photovoltaics (PV) to become a leading source of energy in a low-carbon future, the cost o...
The objective of this program is to develop high rate, energy efficient solar cell processing techni...
High-power laser pulses were used to replace the conventional high temperature furnace processing fo...
Laser-assisted processing techniques utilized to produce the fine line, thin metal grid structures t...
Many current technologies used in solar cell fabrication have been successfully adaptedfrom the inte...
Laser assisted processing techniques utilized to produce the fine line, thin metal grid structures t...
The ablation of passivating layers using laser radiation offers a new way of defining the rear conta...