MBE regrowth of InP based device layers on planar and patterned In(GaAs)P structures was studied in the framework of monolithic integration of an optoelectronic receiver comprising HEMTs and a waveguide integrated photodiode. Appropriate surface cleaning prior to regrowth proved to be essential for obtaining low contamination levels and surfaces of high morphological quality. Different wet chemical etchants and surface oxidation using UV/ozone exposure have been compared. In this context MBE regrowth over etched steps was also addressed
The MBE growth of InGaAs layers on Si-implanted InP:Fe substrates was investigated. Ion doses and en...
Fully processed VLSI GaAs MESFET circuits, available through the MOSIS service, have recently been s...
The present contribution is concerned with the highly lattice-mismatched growth of InPon GaAs-substr...
For the fabrication of high-bit-rate monolithic integrated photoreceiver OEICs, which find applicati...
High-quality InP material was grown with solid source molecular beam epitaxy (SSMBE) using a GaP sou...
MBE regrowth on AlGaInAs surfaces structured with DFB gratings has been studied. As a crucial proces...
The purpose of this study is to analyze molecular beam epitaxial growth modes of strained layers and...
The successful fabrication of AlInAs/GaInAs HEMTs, regrown by MBE on patterned optical waveguide sur...
[[abstract]]A novel process has successfully been developed the InGaAsP-InGaAs-InP waveguide photode...
We discuss an approach for high quality epitaxial regrowth of III/V materials on silicon substrates....
The achievement of high-quality interfaces for improved semiconductor device structures necessitates...
The potential of metal organic MBE for selective deposition of InP/GaInAsP passive optical waveguide...
Tertiarybutylchloride (TBC) was used as a precursor for etching InP and InGaAsP layers in a MOVPE re...
In this paper, we demonstrate the fabrication of current aperture vertical electron transistors (CAV...
Epitaxial regrowth is emerging as an important step in the processing and realization of optoelectro...
The MBE growth of InGaAs layers on Si-implanted InP:Fe substrates was investigated. Ion doses and en...
Fully processed VLSI GaAs MESFET circuits, available through the MOSIS service, have recently been s...
The present contribution is concerned with the highly lattice-mismatched growth of InPon GaAs-substr...
For the fabrication of high-bit-rate monolithic integrated photoreceiver OEICs, which find applicati...
High-quality InP material was grown with solid source molecular beam epitaxy (SSMBE) using a GaP sou...
MBE regrowth on AlGaInAs surfaces structured with DFB gratings has been studied. As a crucial proces...
The purpose of this study is to analyze molecular beam epitaxial growth modes of strained layers and...
The successful fabrication of AlInAs/GaInAs HEMTs, regrown by MBE on patterned optical waveguide sur...
[[abstract]]A novel process has successfully been developed the InGaAsP-InGaAs-InP waveguide photode...
We discuss an approach for high quality epitaxial regrowth of III/V materials on silicon substrates....
The achievement of high-quality interfaces for improved semiconductor device structures necessitates...
The potential of metal organic MBE for selective deposition of InP/GaInAsP passive optical waveguide...
Tertiarybutylchloride (TBC) was used as a precursor for etching InP and InGaAsP layers in a MOVPE re...
In this paper, we demonstrate the fabrication of current aperture vertical electron transistors (CAV...
Epitaxial regrowth is emerging as an important step in the processing and realization of optoelectro...
The MBE growth of InGaAs layers on Si-implanted InP:Fe substrates was investigated. Ion doses and en...
Fully processed VLSI GaAs MESFET circuits, available through the MOSIS service, have recently been s...
The present contribution is concerned with the highly lattice-mismatched growth of InPon GaAs-substr...