Add to ORKGHydrogen induced passivation of grain boundary defects in polycrystalline silico
Localized bulk defects like diffusion length variations and structural defects like grain boundaries...
The Kaufman ion source used to passivate defects in polycrystal l ine sil icon solar cells also prod...
An overview of the studies done by the authors on the physicochemical behaviour of some impurities (...
The impact of hydrogen passivation by means of ion implantation has been studied. The surface recomb...
Influence and passivation of extended crystallographic defects are investigated in large grained pol...
L'effet de l'hydrogène atomique sur les joints de grains dans le silicium est passé en revue ainsi q...
We examine the effectiveness of hydrogen passivation as a function of defect type and microstructure...
In this work we examine the effectiveness of hydrogen passivation at grain boundaries as a function ...
Two methods of hydrogen bulk passivation in multicrystalline ingot silicon solar cells were compared...
We report detailed studies of hydrogen passivation of polycrystalline silicon wafers by RF plasma an...
Abstract. We investigated an influence of hydrogen plasma treatment on electrical properties of shap...
Hydrogen passivation of polycrystalline silicon wafer is carried out in order to reduce the deleteri...
The impact of hydrogen passivation by means of ion implantation has been studied. The surface recomb...
The most important results of characterization of hydrogen implanted polycrystalline silicon solar c...
The dependency of minority charge carrier lifetime values at grain boundaries in multicrystalline si...
Localized bulk defects like diffusion length variations and structural defects like grain boundaries...
The Kaufman ion source used to passivate defects in polycrystal l ine sil icon solar cells also prod...
An overview of the studies done by the authors on the physicochemical behaviour of some impurities (...
The impact of hydrogen passivation by means of ion implantation has been studied. The surface recomb...
Influence and passivation of extended crystallographic defects are investigated in large grained pol...
L'effet de l'hydrogène atomique sur les joints de grains dans le silicium est passé en revue ainsi q...
We examine the effectiveness of hydrogen passivation as a function of defect type and microstructure...
In this work we examine the effectiveness of hydrogen passivation at grain boundaries as a function ...
Two methods of hydrogen bulk passivation in multicrystalline ingot silicon solar cells were compared...
We report detailed studies of hydrogen passivation of polycrystalline silicon wafers by RF plasma an...
Abstract. We investigated an influence of hydrogen plasma treatment on electrical properties of shap...
Hydrogen passivation of polycrystalline silicon wafer is carried out in order to reduce the deleteri...
The impact of hydrogen passivation by means of ion implantation has been studied. The surface recomb...
The most important results of characterization of hydrogen implanted polycrystalline silicon solar c...
The dependency of minority charge carrier lifetime values at grain boundaries in multicrystalline si...
Localized bulk defects like diffusion length variations and structural defects like grain boundaries...
The Kaufman ion source used to passivate defects in polycrystal l ine sil icon solar cells also prod...
An overview of the studies done by the authors on the physicochemical behaviour of some impurities (...