Electron bombardment induced conductivity and scanning transmission electron microscopy observations on unprocessed and processed edge-defined film-fed growth ribbon show that the phosphorus diffused junction depth is not uniform, and that a variety of chemical impurities precipitate out during processing. Two kinds of precipitates are found (1) 10 nm or less in size, located at the dislocation nodes in sub-boundary like dislocation arrangements formed during processing and (2) large precipitates, the chemical composition of which has been partially identified. These large precipitates emit dense dislocations tangles into the adjacent crystal volume
International audienceDefects in crystalline silicon are often detrimental for devices notably affec...
Microdefects in wafers sliced from selected positions along Czochralski (CZ)-grown, silicon single c...
A wide variety of liquid and solid phase crystallized silicon films are investigated in order to det...
The defect structure of processed edge defined film-fed growth (EFG) silicon ribbons was studied usi...
Transmission electron microscopy was used to investigate the defect structure of edge defined film g...
Optical, electron beam induced current (EBIC), and transmission electron microscopy were used to stu...
A set of computer models was used to define a growth system configuration that was then built and us...
Changes in the contrast and resolution of defect structures in 205 Ohm-cm EFG polysilicon ribbon sub...
Experimental techniques for the preparation of electron beam induced current samples of Web-dentriti...
Les études des défauts cristallins, spécialement des dislocations situées près des jonctions p-n for...
Some background information on intrinsic point defects is provided and on carbon and oxygen in silic...
Statistically significant quantitative structural imperfection measurements were made on samples fro...
Silicon wafers for photovoltaics could be produced without kerf loss by rolling, provided sufficient...
Edge-defined film-fed growth (EFG) is an economical method of producing multicrystalline silicon rib...
The results of a preliminary study of two dendritic web samples are presented. The structure and ele...
International audienceDefects in crystalline silicon are often detrimental for devices notably affec...
Microdefects in wafers sliced from selected positions along Czochralski (CZ)-grown, silicon single c...
A wide variety of liquid and solid phase crystallized silicon films are investigated in order to det...
The defect structure of processed edge defined film-fed growth (EFG) silicon ribbons was studied usi...
Transmission electron microscopy was used to investigate the defect structure of edge defined film g...
Optical, electron beam induced current (EBIC), and transmission electron microscopy were used to stu...
A set of computer models was used to define a growth system configuration that was then built and us...
Changes in the contrast and resolution of defect structures in 205 Ohm-cm EFG polysilicon ribbon sub...
Experimental techniques for the preparation of electron beam induced current samples of Web-dentriti...
Les études des défauts cristallins, spécialement des dislocations situées près des jonctions p-n for...
Some background information on intrinsic point defects is provided and on carbon and oxygen in silic...
Statistically significant quantitative structural imperfection measurements were made on samples fro...
Silicon wafers for photovoltaics could be produced without kerf loss by rolling, provided sufficient...
Edge-defined film-fed growth (EFG) is an economical method of producing multicrystalline silicon rib...
The results of a preliminary study of two dendritic web samples are presented. The structure and ele...
International audienceDefects in crystalline silicon are often detrimental for devices notably affec...
Microdefects in wafers sliced from selected positions along Czochralski (CZ)-grown, silicon single c...
A wide variety of liquid and solid phase crystallized silicon films are investigated in order to det...