The presence and influence of ions in several reactor configurations used for plasma-assisted ALD are discussed. It is shown that the ion energies are often moderate or even negligible in direct plasma and remote plasma ALD reactors under processing conditions typically employed. Plasma-induced damage by ion-bombardment is therefore not a major issue during most processes. It has furthermore been demonstrated that ion energies can be enhanced using substrate biasing, which can be used to tailor the material properties as demonstrated for several metal-oxides
Two substrate-biasing techniques, i.e., substrate-tuned biasing and RF biasing, have been implemente...
Two substrate-biasing techniques, i.e., substrate-tuned biasing and RF biasing, have been implemente...
The influence of oxygen ions and photons during remote plasma atomic layer deposition (ALD) of metal...
The presence and influence of ions in several reactor configurations used for plasma-assisted ALD ar...
The presence and influence of ions in several reactor configurations used for plasma-assisted ALD ar...
The presence and influence of ions in several reactor configurations used for plasma-assisted ALD ar...
The presence and influence of ions in several reactor configurations used for plasma-assisted ALD ar...
The presence and influence of ions in several reactor configurations used for plasma-assisted ALD ar...
The presence and influence of ions in several reactor configurations used for plasma-assisted atomic...
Atomic Layer Deposition (ALD) is a vapor-phase deposition technique in which ultrathin films are syn...
The influence of oxygen ions and photons during remote plasma atomic layer deposition (ALD) of metal...
Two substrate-biasing techniques, i.e., substrate-tuned biasing and RF biasing, have been implemente...
Two substrate-biasing techniques, i.e., substrate-tuned biasing and RF biasing, have been implemente...
Two substrate-biasing techniques, i.e., substrate-tuned biasing and RF biasing, have been implemente...
Two substrate-biasing techniques, i.e., substrate-tuned biasing and RF biasing, have been implemente...
Two substrate-biasing techniques, i.e., substrate-tuned biasing and RF biasing, have been implemente...
Two substrate-biasing techniques, i.e., substrate-tuned biasing and RF biasing, have been implemente...
The influence of oxygen ions and photons during remote plasma atomic layer deposition (ALD) of metal...
The presence and influence of ions in several reactor configurations used for plasma-assisted ALD ar...
The presence and influence of ions in several reactor configurations used for plasma-assisted ALD ar...
The presence and influence of ions in several reactor configurations used for plasma-assisted ALD ar...
The presence and influence of ions in several reactor configurations used for plasma-assisted ALD ar...
The presence and influence of ions in several reactor configurations used for plasma-assisted ALD ar...
The presence and influence of ions in several reactor configurations used for plasma-assisted atomic...
Atomic Layer Deposition (ALD) is a vapor-phase deposition technique in which ultrathin films are syn...
The influence of oxygen ions and photons during remote plasma atomic layer deposition (ALD) of metal...
Two substrate-biasing techniques, i.e., substrate-tuned biasing and RF biasing, have been implemente...
Two substrate-biasing techniques, i.e., substrate-tuned biasing and RF biasing, have been implemente...
Two substrate-biasing techniques, i.e., substrate-tuned biasing and RF biasing, have been implemente...
Two substrate-biasing techniques, i.e., substrate-tuned biasing and RF biasing, have been implemente...
Two substrate-biasing techniques, i.e., substrate-tuned biasing and RF biasing, have been implemente...
Two substrate-biasing techniques, i.e., substrate-tuned biasing and RF biasing, have been implemente...
The influence of oxygen ions and photons during remote plasma atomic layer deposition (ALD) of metal...