Advanced electronic devices based on compound semiconductors often make use of selective area ion implantation doping or isolation. The implantation processing becomes more complex as the device dimensions are reduced and more complex material systems are employed. The authors review several applications of ion implantation to high performance junction field effect transistors (JFETs) and heterostructure field effect transistors (HFETs) that are based on compound semiconductors, including: GaAs, AlGaAs, InGaP, and AlGaSb
With the demand of aggressive scaling in nanoelectronics, further progress can be realized by integr...
Ion implantation has played an enabling role in the realization of many high performance photonic an...
Ion implantation into semiconductors, oxides and ceramics : proceedings of the E-MRS 1998 Spring Mee...
GaAs Junction Field Effect Transistors (JFETs) offer a higher gate turn-on voltage, resulting in a b...
The paper describes the development of technology of multicharged ion implantation for GaAs. This te...
Ion implantation is the most widely used process in semiconductor industry for selectively introduci...
Ion implantation at keV energies has become a well-established technique for surface modification of...
Ion implantation is one of the promising areas of sciences and technologies. It has been observed as...
Ion implantation process for fabricating active devices in high bandgap semiconductor materials for ...
Ion implantation is an alternative technique to the epitaxial growth of semiconductor material for d...
This thesis presents a study of the potential for ion implantation to play a more significant role i...
The purpose of the work described in this dissertation was to investigate the use of donor ion impla...
A method for making compound semiconductor devices including the use of a p-type dopant is disclosed...
Hydrogen and/or helium implantation-induced surface blistering and layer splitting in compound semic...
This review provides an overview of the current status of ion-implantation research in silicon, germ...
With the demand of aggressive scaling in nanoelectronics, further progress can be realized by integr...
Ion implantation has played an enabling role in the realization of many high performance photonic an...
Ion implantation into semiconductors, oxides and ceramics : proceedings of the E-MRS 1998 Spring Mee...
GaAs Junction Field Effect Transistors (JFETs) offer a higher gate turn-on voltage, resulting in a b...
The paper describes the development of technology of multicharged ion implantation for GaAs. This te...
Ion implantation is the most widely used process in semiconductor industry for selectively introduci...
Ion implantation at keV energies has become a well-established technique for surface modification of...
Ion implantation is one of the promising areas of sciences and technologies. It has been observed as...
Ion implantation process for fabricating active devices in high bandgap semiconductor materials for ...
Ion implantation is an alternative technique to the epitaxial growth of semiconductor material for d...
This thesis presents a study of the potential for ion implantation to play a more significant role i...
The purpose of the work described in this dissertation was to investigate the use of donor ion impla...
A method for making compound semiconductor devices including the use of a p-type dopant is disclosed...
Hydrogen and/or helium implantation-induced surface blistering and layer splitting in compound semic...
This review provides an overview of the current status of ion-implantation research in silicon, germ...
With the demand of aggressive scaling in nanoelectronics, further progress can be realized by integr...
Ion implantation has played an enabling role in the realization of many high performance photonic an...
Ion implantation into semiconductors, oxides and ceramics : proceedings of the E-MRS 1998 Spring Mee...