In contrast to conventional semiconductors, native defects, hydrogen impurities, and surface states are all found to be donors in n-type CdO. Using this as a model system, the electrical behaviors of defects, dopants, and surface states in semiconductors are unified by a single energy level, the charge neutrality level, giving much insight into current materials and allowing a band-structure engineering scheme for obtaining desired custom electronic properties in new compound semiconductors
This thesis is devided into four self-contained chapters. Chapters 1, and 3 deal with the electronic...
Contains research objectives and summary of research on one research project.Joint Services Electron...
Electrical properties of semiconductor materials depend on their defect structure. Point defects, im...
In contrast to conventional semiconductors, native defects, hydrogen impurities, and surface states ...
Studies have shown that metal oxide semiconductor field-effect transistors fabricated utilizing comp...
The technologically useful properties of a solid often depend upon the types and concentrations of t...
The nature of hydrogen defect centres in II-VI semiconductors has been inferred by studying implante...
The paper describes the reasons for the greater difficulty in the passivation of interface defects o...
The present work reviews the progress in the determination and understanding of the atomic structure...
The aim of this chapter is a throughout description and discussion of surface photovoltage spectrosc...
Intrinsic semiconductors Intrinsic semiconductors have negligible concentrations of impurity atoms....
The influence of deep levels on the electrical and optical properties of semiconductors is widely ac...
The role of defects in materials is one of the long-standing issues in solid-state chemistry and phy...
Wide band gap oxides are versatile materials with numerous applications in research and technology. ...
The efficiency of nanocrystal (NC)-based devices is often limited by the presence of surface states ...
This thesis is devided into four self-contained chapters. Chapters 1, and 3 deal with the electronic...
Contains research objectives and summary of research on one research project.Joint Services Electron...
Electrical properties of semiconductor materials depend on their defect structure. Point defects, im...
In contrast to conventional semiconductors, native defects, hydrogen impurities, and surface states ...
Studies have shown that metal oxide semiconductor field-effect transistors fabricated utilizing comp...
The technologically useful properties of a solid often depend upon the types and concentrations of t...
The nature of hydrogen defect centres in II-VI semiconductors has been inferred by studying implante...
The paper describes the reasons for the greater difficulty in the passivation of interface defects o...
The present work reviews the progress in the determination and understanding of the atomic structure...
The aim of this chapter is a throughout description and discussion of surface photovoltage spectrosc...
Intrinsic semiconductors Intrinsic semiconductors have negligible concentrations of impurity atoms....
The influence of deep levels on the electrical and optical properties of semiconductors is widely ac...
The role of defects in materials is one of the long-standing issues in solid-state chemistry and phy...
Wide band gap oxides are versatile materials with numerous applications in research and technology. ...
The efficiency of nanocrystal (NC)-based devices is often limited by the presence of surface states ...
This thesis is devided into four self-contained chapters. Chapters 1, and 3 deal with the electronic...
Contains research objectives and summary of research on one research project.Joint Services Electron...
Electrical properties of semiconductor materials depend on their defect structure. Point defects, im...