A new Si-H infrared absorption peak at 2016 cm(-1) is found to be related to the hydrogen-defect shallow donors apart from the 2162cm(-1) peak, indicating that the shallow donors do not correspond to only one kind of defect structure. The micro-structure of the complexes causing the Si-H IR peaks and hydrogen-defect shallow donors is discussed.Physics, MultidisciplinarySCI(E)2ARTICLE1108-1125
First principles calculations are used to explore the structure and properties of several defects wh...
An extensive investigation of the equilibrium sites of H in p-type silicon has been performed in ord...
We have observed a set of broad luminescence bands between 1.07 and 0.85 eV, in He-implanted Si anne...
The hydrogen-plasma-accelerated formation of shallow thermal donors in silicon has been studied for ...
The hydride configurations in the hydrogenated amorphous silicon (a-Si:H) network have been studied ...
Hydrogen (H) is thought to be strongly involved in the light and elevated temperature-induced degrad...
FTIR spectroscopy is a versatile and non-destructive optical characterization method for many materi...
Hydrogen and deuterium in bond-centered (BC) and platelet-like configurations were detected in hydro...
The hydrogenation of crystalline Si by methods used to passivate defects in Si solar cells has been ...
Infrared absorption experiments have been performed on hydrogenated and deuterated bulk boron- and a...
Hydrogenated polymorphous silicon (pm-Si:H) is a material consisting of a small volume fraction of n...
The origin of several deep traps E42, E90, E262, and H180 in hydrogenated n -type and p -type FZ and...
This work is devoted to the characterization of the Si:H system obtained by high-fluence, low-energy...
High-frequency vibrational modes have been observed at liquid-helium temperature in silicon samples ...
Recent experiments on hydrogenated amorphous silicon using infrared absorption spectroscopy have ind...
First principles calculations are used to explore the structure and properties of several defects wh...
An extensive investigation of the equilibrium sites of H in p-type silicon has been performed in ord...
We have observed a set of broad luminescence bands between 1.07 and 0.85 eV, in He-implanted Si anne...
The hydrogen-plasma-accelerated formation of shallow thermal donors in silicon has been studied for ...
The hydride configurations in the hydrogenated amorphous silicon (a-Si:H) network have been studied ...
Hydrogen (H) is thought to be strongly involved in the light and elevated temperature-induced degrad...
FTIR spectroscopy is a versatile and non-destructive optical characterization method for many materi...
Hydrogen and deuterium in bond-centered (BC) and platelet-like configurations were detected in hydro...
The hydrogenation of crystalline Si by methods used to passivate defects in Si solar cells has been ...
Infrared absorption experiments have been performed on hydrogenated and deuterated bulk boron- and a...
Hydrogenated polymorphous silicon (pm-Si:H) is a material consisting of a small volume fraction of n...
The origin of several deep traps E42, E90, E262, and H180 in hydrogenated n -type and p -type FZ and...
This work is devoted to the characterization of the Si:H system obtained by high-fluence, low-energy...
High-frequency vibrational modes have been observed at liquid-helium temperature in silicon samples ...
Recent experiments on hydrogenated amorphous silicon using infrared absorption spectroscopy have ind...
First principles calculations are used to explore the structure and properties of several defects wh...
An extensive investigation of the equilibrium sites of H in p-type silicon has been performed in ord...
We have observed a set of broad luminescence bands between 1.07 and 0.85 eV, in He-implanted Si anne...