ABSTRACT: Mc-silicon ingots were doped with aluminium, boron (p-type) and phosphorous (n-type). The aim of the work was to study the distribution of these dopants along the ingots. A recently developed mathematical model based on the Scheil`s equation was used for evaluating the distribution of aluminium, boron and phosphorous and the values were compared with the experimental results. The mathematical model showed excellent agreement with the experimental results for all ingots
International audienceUnderstanding the distributions and behaviors of dopants in Si nanocrystal are...
International audienceUnderstanding the distributions and behaviors of dopants in Si nanocrystal are...
International audienceUnderstanding the distributions and behaviors of dopants in Si nanocrystal are...
Hypereutectic Al-Si melts and eutectic Al-Si melt were solidified to study boron and phosphorus dist...
The distribution of boron and phosphorus between Al2O3-CaO-MgO-SiO2 and Al2O3-BaO-SiO2 slags and sil...
The possibility of refining metallurgical grade silicon to a high-purity product for solar cell appl...
The possibility of refining metallurgical grade silicon to a high-purity product for solar cell appl...
In the production of solar grade silicon by metallurgical route the distribution of B and P between ...
We present a detailed study on aluminum-boron codoping of silicon by alloying from screen-printed al...
ABSTRACT: Solar Grade Silicon obtained by purification of metallurgical grade Silicon becomes an im...
Distribution behavior of B and P during directional solidification of Al-20Si, Al-30Si and Al-40Si a...
We present a comprehensive summary of our observations of metal‐rich particles in multicrystalline s...
New energy sources are needed for a sustainable future. Solar cells have a huge potential as a susta...
International audienceUnderstanding the distributions and behaviors of dopants in Si nanocrystal are...
International audienceUnderstanding the distributions and behaviors of dopants in Si nanocrystal are...
International audienceUnderstanding the distributions and behaviors of dopants in Si nanocrystal are...
International audienceUnderstanding the distributions and behaviors of dopants in Si nanocrystal are...
International audienceUnderstanding the distributions and behaviors of dopants in Si nanocrystal are...
Hypereutectic Al-Si melts and eutectic Al-Si melt were solidified to study boron and phosphorus dist...
The distribution of boron and phosphorus between Al2O3-CaO-MgO-SiO2 and Al2O3-BaO-SiO2 slags and sil...
The possibility of refining metallurgical grade silicon to a high-purity product for solar cell appl...
The possibility of refining metallurgical grade silicon to a high-purity product for solar cell appl...
In the production of solar grade silicon by metallurgical route the distribution of B and P between ...
We present a detailed study on aluminum-boron codoping of silicon by alloying from screen-printed al...
ABSTRACT: Solar Grade Silicon obtained by purification of metallurgical grade Silicon becomes an im...
Distribution behavior of B and P during directional solidification of Al-20Si, Al-30Si and Al-40Si a...
We present a comprehensive summary of our observations of metal‐rich particles in multicrystalline s...
New energy sources are needed for a sustainable future. Solar cells have a huge potential as a susta...
International audienceUnderstanding the distributions and behaviors of dopants in Si nanocrystal are...
International audienceUnderstanding the distributions and behaviors of dopants in Si nanocrystal are...
International audienceUnderstanding the distributions and behaviors of dopants in Si nanocrystal are...
International audienceUnderstanding the distributions and behaviors of dopants in Si nanocrystal are...
International audienceUnderstanding the distributions and behaviors of dopants in Si nanocrystal are...