Applications of laser-based processing techniques to solar cell metallization are discussed. Laser-assisted thermal or photolytic maskless deposition from organometallic vapors or solutions may provide a viable alternative to photovoltaic metallization systems currently in use. High power, defocused excimer lasers may be used in conjunction with masks as an alternative to direct laser writing to provide higher throughput. Repeated pulsing with excimer lasers may eliminate the need for secondary plating techniques for metal film buildup. A comparison between the thermal and photochemical deposition processes is made
Laser processes have penetrated into the crystalline silicon solar cell production market some time ...
Lead salt diode lasers are being used increasingly as tunable sources of monochromatic infrared radi...
Recent developments at JPL have demonstrated that high conversion efficiencies are found with GaAs m...
Laser-assisted processing techniques utilized to produce the fine line, thin metal grid structures t...
The Westinghouse Electric Corporation has undertaken to investigate, develop, and characterize laser...
Laser assisted processing techniques utilized to produce the fine line, thin metal grid structures t...
AbstractThis work describes the development of the Laser Chemical Metal Deposition (LCMD) process fo...
High-power laser pulses were used to replace the conventional high temperature furnace processing fo...
Conventional ion implantation and unanalyzed ion bombardment have been used to elaborate the rectify...
AbstractThis work describes the development of the Laser Chemical Metal Deposition (LCMD) process fo...
This work describes the development of the Laser Chemical Metal Deposition (LCMD) process for silico...
The goal was to demonstrate the cost effectiveness feasibility of fabricating 16% efficient solar ce...
In this paper, laser chemical vapour deposition (LCVD) is explored as a method for the deposition of...
This thesis focuses on the development of laser processes to be used for advancements in solar cell ...
Laser-assisted processing techniques for producing high-quality solar cell metallization patterns ar...
Laser processes have penetrated into the crystalline silicon solar cell production market some time ...
Lead salt diode lasers are being used increasingly as tunable sources of monochromatic infrared radi...
Recent developments at JPL have demonstrated that high conversion efficiencies are found with GaAs m...
Laser-assisted processing techniques utilized to produce the fine line, thin metal grid structures t...
The Westinghouse Electric Corporation has undertaken to investigate, develop, and characterize laser...
Laser assisted processing techniques utilized to produce the fine line, thin metal grid structures t...
AbstractThis work describes the development of the Laser Chemical Metal Deposition (LCMD) process fo...
High-power laser pulses were used to replace the conventional high temperature furnace processing fo...
Conventional ion implantation and unanalyzed ion bombardment have been used to elaborate the rectify...
AbstractThis work describes the development of the Laser Chemical Metal Deposition (LCMD) process fo...
This work describes the development of the Laser Chemical Metal Deposition (LCMD) process for silico...
The goal was to demonstrate the cost effectiveness feasibility of fabricating 16% efficient solar ce...
In this paper, laser chemical vapour deposition (LCVD) is explored as a method for the deposition of...
This thesis focuses on the development of laser processes to be used for advancements in solar cell ...
Laser-assisted processing techniques for producing high-quality solar cell metallization patterns ar...
Laser processes have penetrated into the crystalline silicon solar cell production market some time ...
Lead salt diode lasers are being used increasingly as tunable sources of monochromatic infrared radi...
Recent developments at JPL have demonstrated that high conversion efficiencies are found with GaAs m...