The filtered cathodic vacuum arc (FCVA) technique is powerful for thin film deposition. In this project, several sets of metal containing amorphous carbon (a-C:Me) films were successfully deposited, from metal/carbon composite targets, by using an FCVA system.DOCTOR OF PHILOSOPHY (EEE
Carbon thin film technology has been present in many present applications, the type of substrate it...
Carbon thin film technology has been present in many present applications, the type of substrate it...
Despite numerous investigations of amorphous carbon (a-C) films, a comprehensive study of the feasib...
The carbon film is first deposited onto a conductive substrate via single-bend filtered cathodic vac...
The carbon film is first deposited onto a conductive substrate via single-bend filtered cathodic vac...
The filtered cathodic vacuum arc (FCVA) technique has proved to be a promising method for deposition...
The filtered cathodic vacuum arc (FCVA) technique has proved to be a promising method for deposition...
This report describes the characterization and applications of diamond-like carbon films for field e...
Nanocomposite amorphous carbon (a-C:Me) films including a-C:Ni,a-C:Co,a-C:Ti,a-C:W,a-C:Fe,a-C:Al,and...
It is well known that diamond has an impressive set of properties that would make it an attractive m...
This final year project was motivated by the results of various previous research done on the invest...
Metal-containing amorphous carbon (a-C: Me) nanocomposite films, including a-C:A1, a-C:Ti, a-C:W, a-...
Metal-containing amorphous carbon (a-C: Me) nanocomposite films, including a-C:A1, a-C:Ti, a-C:W, a-...
In this project, carbon thin films that are deposited by Off-Plane Double Bend (OPDB) Filtered Catho...
The properties of a highly sp3 bonded form of amorphous carbon denoted ta-C deposited from a filtere...
Carbon thin film technology has been present in many present applications, the type of substrate it...
Carbon thin film technology has been present in many present applications, the type of substrate it...
Despite numerous investigations of amorphous carbon (a-C) films, a comprehensive study of the feasib...
The carbon film is first deposited onto a conductive substrate via single-bend filtered cathodic vac...
The carbon film is first deposited onto a conductive substrate via single-bend filtered cathodic vac...
The filtered cathodic vacuum arc (FCVA) technique has proved to be a promising method for deposition...
The filtered cathodic vacuum arc (FCVA) technique has proved to be a promising method for deposition...
This report describes the characterization and applications of diamond-like carbon films for field e...
Nanocomposite amorphous carbon (a-C:Me) films including a-C:Ni,a-C:Co,a-C:Ti,a-C:W,a-C:Fe,a-C:Al,and...
It is well known that diamond has an impressive set of properties that would make it an attractive m...
This final year project was motivated by the results of various previous research done on the invest...
Metal-containing amorphous carbon (a-C: Me) nanocomposite films, including a-C:A1, a-C:Ti, a-C:W, a-...
Metal-containing amorphous carbon (a-C: Me) nanocomposite films, including a-C:A1, a-C:Ti, a-C:W, a-...
In this project, carbon thin films that are deposited by Off-Plane Double Bend (OPDB) Filtered Catho...
The properties of a highly sp3 bonded form of amorphous carbon denoted ta-C deposited from a filtere...
Carbon thin film technology has been present in many present applications, the type of substrate it...
Carbon thin film technology has been present in many present applications, the type of substrate it...
Despite numerous investigations of amorphous carbon (a-C) films, a comprehensive study of the feasib...
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