Various methods have been employed before to deduce the density of states (DOS) in amorphous carbon. However, further investigations show that capacitance measurements on a metal-insulator-semiconductor structure are an appropriate way to deduce the DOS. Thus, an analytical formalism, which agrees well with the experimental data, is developed. This paper reports the structures and techniques used to investigate the DOS in amorphous hydrogenated carbon
The Density of States (DOS) is an ingredient of critical importance for the accurate physical unders...
The Density of States (DOS) is an ingredient of critical importance for the accurate physical unders...
International audienceNumerical modeling of capacitance spectroscopy of hydrogenated amorphous silic...
This work discusses the electron transport mechanisms that we obtained as a function of the density ...
This work discusses the electron transport mechanisms that we obtained as a function of the density ...
temperature on GaAs, has been studied and concluded to be satisfactory on the basis of good adherenc...
Uwe Stephan Dissertation This work is concerned with methods and results for the calculation of el...
In this paper, the structural properties and electron states of amorphous diamond-like carbon (a-DLC...
SIGLEAvailable from British Library Document Supply Centre- DSC:D66249/86 / BLDSC - British Library ...
The electronic structure of amorphous diamond-like carbon is studied. Analysis of the participation ...
Nanocluster carbon thin films (NC) were deposited at room temperature by cathodic arc process. These...
The Density of States (DOS) is an ingredient of critical importance for the accurate physical unders...
Amorphous carbon a-C and amorphous hydrogenated carbon a-C:H films were prepared by rf sputtering of...
The Density of States (DOS) is an ingredient of critical importance for the accurate physical unders...
In this paper, we analyze the electronic density of state of amorphous semiconductors with a denglin...
The Density of States (DOS) is an ingredient of critical importance for the accurate physical unders...
The Density of States (DOS) is an ingredient of critical importance for the accurate physical unders...
International audienceNumerical modeling of capacitance spectroscopy of hydrogenated amorphous silic...
This work discusses the electron transport mechanisms that we obtained as a function of the density ...
This work discusses the electron transport mechanisms that we obtained as a function of the density ...
temperature on GaAs, has been studied and concluded to be satisfactory on the basis of good adherenc...
Uwe Stephan Dissertation This work is concerned with methods and results for the calculation of el...
In this paper, the structural properties and electron states of amorphous diamond-like carbon (a-DLC...
SIGLEAvailable from British Library Document Supply Centre- DSC:D66249/86 / BLDSC - British Library ...
The electronic structure of amorphous diamond-like carbon is studied. Analysis of the participation ...
Nanocluster carbon thin films (NC) were deposited at room temperature by cathodic arc process. These...
The Density of States (DOS) is an ingredient of critical importance for the accurate physical unders...
Amorphous carbon a-C and amorphous hydrogenated carbon a-C:H films were prepared by rf sputtering of...
The Density of States (DOS) is an ingredient of critical importance for the accurate physical unders...
In this paper, we analyze the electronic density of state of amorphous semiconductors with a denglin...
The Density of States (DOS) is an ingredient of critical importance for the accurate physical unders...
The Density of States (DOS) is an ingredient of critical importance for the accurate physical unders...
International audienceNumerical modeling of capacitance spectroscopy of hydrogenated amorphous silic...