Recent advances in the characterization of ion‐implanted samples have included whole wafer mapping (topography) and depth profiling techniques. We review several methods for mapping electrical parameters, including the dark‐spot resistance (DSR), and the microwave photoconductance techniques. In addition, we suggest a new photo‐Hall technique which would allow mobility and carrier‐concentration mapping as well as that of resistivity . Finally, we review methods for obtaining ρ, μ, and depth profiles, with particular emphasis on the application of the magnetoresistance techniques in actual field‐effect transistor structures
This thesis presents a study of the potential for ion implantation to play a more significant role i...
Four samples of GaAs:Mg (p-type) with ion-implanted doses of 5 x 1012 , 1 X 1013, 3 X 1013 and 1 x 1...
The capacitive charge transient measurement technique generates laterally resolved two-dimensional r...
Recent advances in the characterization of ion‐implanted samples have included whole wafer mapping ...
Graduation date: 1984The electrical properties of ion-implanted GaAs FET channels\ud are investigate...
The availability of high quality semi-insulating GaAs substrates is essential to the development of ...
Five techniques in measuring the parasitic resistances of GaAs FETs are presented. The most accurate...
The primary objective of the work described in this thesis was to study the influence of undoped LEC...
Summarizes electrical measurement data in GaAs materials and devices, and describes in detail the te...
This thesis describes an experimental study of conducting layers formed in gallium arsenide (GaAs) s...
[[abstract]]The characteristics of an amorphous GaAs film by implanting dense arsenic ions into semi...
Carrier concentration and mobility profiles of 120 KeV, 1E13, 3E13 and 1E14 cm-2 dose Si-ions implan...
Free carrier electric microwave absorption is applied to the analysis of ion implanted and epitaxial...
Two samples, GaAs:Mg (p-type), ion-implanted with different doses of 3X1013 cm-2 and lX1013 cm-2 , w...
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...
Four samples of GaAs:Mg (p-type) with ion-implanted doses of 5 x 1012 , 1 X 1013, 3 X 1013 and 1 x 1...
The capacitive charge transient measurement technique generates laterally resolved two-dimensional r...
Recent advances in the characterization of ion‐implanted samples have included whole wafer mapping ...
Graduation date: 1984The electrical properties of ion-implanted GaAs FET channels\ud are investigate...
The availability of high quality semi-insulating GaAs substrates is essential to the development of ...
Five techniques in measuring the parasitic resistances of GaAs FETs are presented. The most accurate...
The primary objective of the work described in this thesis was to study the influence of undoped LEC...
Summarizes electrical measurement data in GaAs materials and devices, and describes in detail the te...
This thesis describes an experimental study of conducting layers formed in gallium arsenide (GaAs) s...
[[abstract]]The characteristics of an amorphous GaAs film by implanting dense arsenic ions into semi...
Carrier concentration and mobility profiles of 120 KeV, 1E13, 3E13 and 1E14 cm-2 dose Si-ions implan...
Free carrier electric microwave absorption is applied to the analysis of ion implanted and epitaxial...
Two samples, GaAs:Mg (p-type), ion-implanted with different doses of 3X1013 cm-2 and lX1013 cm-2 , w...
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...
Four samples of GaAs:Mg (p-type) with ion-implanted doses of 5 x 1012 , 1 X 1013, 3 X 1013 and 1 x 1...
The capacitive charge transient measurement technique generates laterally resolved two-dimensional r...