n-type semiconducting InP is changed into p-type semiconducting by short time annealing at 700 °C. Further annealing for a longer time leads to a second conduction-type conversion changing the material back to n type again but with a much higher resistivity. These conduction conversions indicate the formation of both acceptor and donor defects and the progressive variation of their relative concentrations during annealing. © 1999 American Institute of Physics.published_or_final_versio
The superior radiation resistance of InP over other solar cell materials such as Si or GaAs has prom...
In this paper, we analyze and compare electrical compensation and deep level defects in semi-insulat...
Deep defects in annealed InP have been investigated by deep level transient capacitance spectroscopy...
The electrical properties of Fe-doped semi-insulating (SI) InP were investigated before and after an...
Fourier transform infrared spectroscopy measurements have been carried out on liquid-encapsulated Cz...
Positron-annihilation lifetime and positron-annihilation Doppler-broadening (PADB) spectroscopies ha...
Variable-temperature current-voltage has been used to study the conduction properties of Fe-doped se...
As-grown undoped n-type semiconducting and annealed undoped semi-insulating (SI) liquid encapsulated...
AbstractSemi-insulating (SI) InP is becoming more and more important not only for high frequency dev...
Positron-lifetime and infrared-absorption spectroscopies have been used to investigate the compensat...
The electrical properties of ameadled undoped n-type InP are studied by temperature dependent Hall e...
The evolution of the sheet resistance(Rs) of n-type and p-type conductive InP layers during proton i...
Infrared absorption spectroscopy measurements indicate high concentration of hydrogen indium vacancy...
The electrical properties of annealed undoped n-type InP are studied by temperature dependent Hall e...
Deep level transient spectroscopy was used to monitor thermal annealing of trapping centers in elect...
The superior radiation resistance of InP over other solar cell materials such as Si or GaAs has prom...
In this paper, we analyze and compare electrical compensation and deep level defects in semi-insulat...
Deep defects in annealed InP have been investigated by deep level transient capacitance spectroscopy...
The electrical properties of Fe-doped semi-insulating (SI) InP were investigated before and after an...
Fourier transform infrared spectroscopy measurements have been carried out on liquid-encapsulated Cz...
Positron-annihilation lifetime and positron-annihilation Doppler-broadening (PADB) spectroscopies ha...
Variable-temperature current-voltage has been used to study the conduction properties of Fe-doped se...
As-grown undoped n-type semiconducting and annealed undoped semi-insulating (SI) liquid encapsulated...
AbstractSemi-insulating (SI) InP is becoming more and more important not only for high frequency dev...
Positron-lifetime and infrared-absorption spectroscopies have been used to investigate the compensat...
The electrical properties of ameadled undoped n-type InP are studied by temperature dependent Hall e...
The evolution of the sheet resistance(Rs) of n-type and p-type conductive InP layers during proton i...
Infrared absorption spectroscopy measurements indicate high concentration of hydrogen indium vacancy...
The electrical properties of annealed undoped n-type InP are studied by temperature dependent Hall e...
Deep level transient spectroscopy was used to monitor thermal annealing of trapping centers in elect...
The superior radiation resistance of InP over other solar cell materials such as Si or GaAs has prom...
In this paper, we analyze and compare electrical compensation and deep level defects in semi-insulat...
Deep defects in annealed InP have been investigated by deep level transient capacitance spectroscopy...