Diamond-like Carbon (DLC) films are-due to their tetrahedrally coordinated structure-electrically insulating. If a heavy ion passes through this film, the material is melted in a narrow channel along the path and recrystallizes in a graphitic form which is electrically conducting. In this way, nanometer-sized conducting channels are formed. Recent data characterizing these channels are presented
Electrically insulating graphene oxide with various oxygen-functional groups is a novel material as ...
Amorphous conducting carbon films are prepared using plasma assisted polymerization process. SEM and...
Polycrystalline graphene grown by chemical vapor deposition (CVD) on metals and transferred onto arb...
Highly energetic heavy ions with energies of 1 MeV/nucleon or more (e.g. 350 MeV Au ions) result in ...
Abstract. We investigated the formation of quasi one-dimensional conducting filaments in tetra-hedra...
Electrically conducting thin filaments were produced in diamond-like carbon (DLC) films by heavy ion...
Ion track lithography is well established and is based on heavy ions of several hundred MeV energy ...
This article reports on the formation and electronic characteristics of conducting carbon nanowires ...
This work reports the formation of conducting carbon nanopatterns (nano-wires) in a semi-inorganic p...
[[abstract]]Conducting diamond nanowires (DNWs) films have been synthesized by N₂-based microwave pl...
Amorphous carbon films have attracted much interest because their physical properties can be tuned b...
Consisted of dense amorphous carbon or hydrocarbon, diamond-like carbon (DLC) mechanical properties ...
Novel Cd2+ ions mediated reproducible hybrid graphite-diamond nanowire (G-DNWs; Cd2+-NDS1 NW) growth...
Further progress in the development of the remarkable electrochemical, electron field emission, high...
Carbon materials are distinguished by their unusual variety of structures. They allow the realizatio...
Electrically insulating graphene oxide with various oxygen-functional groups is a novel material as ...
Amorphous conducting carbon films are prepared using plasma assisted polymerization process. SEM and...
Polycrystalline graphene grown by chemical vapor deposition (CVD) on metals and transferred onto arb...
Highly energetic heavy ions with energies of 1 MeV/nucleon or more (e.g. 350 MeV Au ions) result in ...
Abstract. We investigated the formation of quasi one-dimensional conducting filaments in tetra-hedra...
Electrically conducting thin filaments were produced in diamond-like carbon (DLC) films by heavy ion...
Ion track lithography is well established and is based on heavy ions of several hundred MeV energy ...
This article reports on the formation and electronic characteristics of conducting carbon nanowires ...
This work reports the formation of conducting carbon nanopatterns (nano-wires) in a semi-inorganic p...
[[abstract]]Conducting diamond nanowires (DNWs) films have been synthesized by N₂-based microwave pl...
Amorphous carbon films have attracted much interest because their physical properties can be tuned b...
Consisted of dense amorphous carbon or hydrocarbon, diamond-like carbon (DLC) mechanical properties ...
Novel Cd2+ ions mediated reproducible hybrid graphite-diamond nanowire (G-DNWs; Cd2+-NDS1 NW) growth...
Further progress in the development of the remarkable electrochemical, electron field emission, high...
Carbon materials are distinguished by their unusual variety of structures. They allow the realizatio...
Electrically insulating graphene oxide with various oxygen-functional groups is a novel material as ...
Amorphous conducting carbon films are prepared using plasma assisted polymerization process. SEM and...
Polycrystalline graphene grown by chemical vapor deposition (CVD) on metals and transferred onto arb...