The material properties and c-Si surface passivation have been investigated for Al2O3 films deposited using thermal and plasma atomic layer deposition (ALD) and plasma-enhanced chemical vapor deposition (PECVD) for temperatures (Tdep) between 25 and 400°C. Optimal surface passivation by ALD Al2O3 was achieved at Tdep=150–250°C with Sef
Surface passivation schemes based on Al2O3 have enabled increased efficiencies for silicon solar cel...
Differences in Si surface passivation by aluminum oxide (Al2O3) films synthesized using H2O and O3-b...
Differences in Si surface passivation by aluminum oxide (Al2O3) films synthesized using H2O and O3-b...
The material properties and c-Si surface passivation have been investigated for Al2O3 films deposite...
The material properties and c-Si surface passivation have been investigated for Al2O3 films deposite...
The effect of the deposition and annealing temperature on the surface passivation of atomic layer de...
The material properties and c-Si surface passivation have been investigated for Al2O3 films deposite...
The material composition and the Si surface passivation of aluminum oxide (Al2O3) films prepared by ...
The material composition and the Si surface passivation of aluminum oxide (Al2O3) films prepared by ...
The effect of the deposition and annealing temperature on the surface passivation of atomic layer de...
The material properties and c-Si surface passivation have been investigated for Al2O3 films deposite...
The material composition and the Si surface passivation of aluminum oxide (Al2O3) films prepared by ...
The effect of the deposition and annealing temperature on the surface passivation of atomic layer de...
The effect of the deposition and annealing temperature on the surface passivation of atomic layer de...
Surface passivation schemes based on Al2O3 have enabled increased efficiencies for silicon solar cel...
Surface passivation schemes based on Al2O3 have enabled increased efficiencies for silicon solar cel...
Differences in Si surface passivation by aluminum oxide (Al2O3) films synthesized using H2O and O3-b...
Differences in Si surface passivation by aluminum oxide (Al2O3) films synthesized using H2O and O3-b...
The material properties and c-Si surface passivation have been investigated for Al2O3 films deposite...
The material properties and c-Si surface passivation have been investigated for Al2O3 films deposite...
The effect of the deposition and annealing temperature on the surface passivation of atomic layer de...
The material properties and c-Si surface passivation have been investigated for Al2O3 films deposite...
The material composition and the Si surface passivation of aluminum oxide (Al2O3) films prepared by ...
The material composition and the Si surface passivation of aluminum oxide (Al2O3) films prepared by ...
The effect of the deposition and annealing temperature on the surface passivation of atomic layer de...
The material properties and c-Si surface passivation have been investigated for Al2O3 films deposite...
The material composition and the Si surface passivation of aluminum oxide (Al2O3) films prepared by ...
The effect of the deposition and annealing temperature on the surface passivation of atomic layer de...
The effect of the deposition and annealing temperature on the surface passivation of atomic layer de...
Surface passivation schemes based on Al2O3 have enabled increased efficiencies for silicon solar cel...
Surface passivation schemes based on Al2O3 have enabled increased efficiencies for silicon solar cel...
Differences in Si surface passivation by aluminum oxide (Al2O3) films synthesized using H2O and O3-b...
Differences in Si surface passivation by aluminum oxide (Al2O3) films synthesized using H2O and O3-b...