The doping of molecular beam epitaxial GaAs with erbium up to a concentration of 2x10E19 cm-3 has been successfully demonstrated. Up to a concentration of about 5x10E18 cm-3 the surface morphology remained good but for higher doping levels the surface became structured. Hall and profile measurements indicate that erbium doping gives rise to a trapping level capable of compensating silicon-doped layers. For the first time photoluminescence from a rare earth element incorporated in a III-V semiconductor has been observed at room temperature. (IAF
Er and O ions were co-implanted in III-V compound semiconductor GaAs (GaAs:Er,O). After face to face...
This communication presents the photoluminescence spectra of molecular beam epitaxially grown GaAs s...
A new technique for epitaxial growth of thin semiconductor films, molecular beam epitaxy (MBE), prov...
Glasses have long been successfully doped with erbium ions for amplification at 1.53μm. There is als...
Progress towards understanding, and then using, semiconductors of the III-V compound family MS come ...
The dependence of free‐carrier lifetime on erbium concentration has been measured in molecular‐beam ...
This dissertation presents work done on materials and novel devices made with MBE-grown Er-doped III...
This dissertation investigated two different types of semiconductor heterostructures grown by molecu...
Molecular Beam Epitaxy introduces the reader to the use of molecular beam epitaxy (MBE) in the gener...
[[abstract]]© 1992 American Institute of Physics - The Er-doped InGaAsP epitaxial layers lattice-mat...
[[abstract]]Electrical and optical measurements of InGaAsP layers grown by liquid-phase epitaxy with...
The growing interest in the properties of rare-earth (RE) doped III-V semiconductors has been stimul...
Erbium, a rare earth element, has been shown to exhibit characteristic luminescence at 1.54mum due t...
The effect of erbium-doping on the electrical, optical, and structural properties of hydrogenated am...
A series of investigations are presented which address various aspects of the growth, by molecular b...
Er and O ions were co-implanted in III-V compound semiconductor GaAs (GaAs:Er,O). After face to face...
This communication presents the photoluminescence spectra of molecular beam epitaxially grown GaAs s...
A new technique for epitaxial growth of thin semiconductor films, molecular beam epitaxy (MBE), prov...
Glasses have long been successfully doped with erbium ions for amplification at 1.53μm. There is als...
Progress towards understanding, and then using, semiconductors of the III-V compound family MS come ...
The dependence of free‐carrier lifetime on erbium concentration has been measured in molecular‐beam ...
This dissertation presents work done on materials and novel devices made with MBE-grown Er-doped III...
This dissertation investigated two different types of semiconductor heterostructures grown by molecu...
Molecular Beam Epitaxy introduces the reader to the use of molecular beam epitaxy (MBE) in the gener...
[[abstract]]© 1992 American Institute of Physics - The Er-doped InGaAsP epitaxial layers lattice-mat...
[[abstract]]Electrical and optical measurements of InGaAsP layers grown by liquid-phase epitaxy with...
The growing interest in the properties of rare-earth (RE) doped III-V semiconductors has been stimul...
Erbium, a rare earth element, has been shown to exhibit characteristic luminescence at 1.54mum due t...
The effect of erbium-doping on the electrical, optical, and structural properties of hydrogenated am...
A series of investigations are presented which address various aspects of the growth, by molecular b...
Er and O ions were co-implanted in III-V compound semiconductor GaAs (GaAs:Er,O). After face to face...
This communication presents the photoluminescence spectra of molecular beam epitaxially grown GaAs s...
A new technique for epitaxial growth of thin semiconductor films, molecular beam epitaxy (MBE), prov...