Co-planar tunnel junctions with a gap length in the 30 nm range have been fabricated using a 20 keV scanning electron microscope and a Au-Pd lift-off. The junction electrodes are less than 200 nm in width and are buried in the SiO$_2$ substrate. This makes the gap surface accessible for atomic force microscope characterization and for local modification.Des jonctions tunnels co-planaires avec une largeur de coupure inférieure à 30 nm ont été fabriquées en utilisant un masqueur électronique à 20 keV et un procédé de lift-off d'un alliage Au-Pd. Les électrodes de la jonction ont moins de 200 nm de largeur et sont enterrées à la surface de SiO$_2$. La mesure de la topographie de la surface de la coupure avec un microscope à force atomique mont...
Scanning tunnelling microscope is a versatile instrument to study surface atom structures and surfac...
We show that a small tapered hole through a thin silicon nitride membrane provides a mask for tunnel...
In this chapter, the fabrication of metal nano-spaced electrodes for electronic nanodevices by elect...
Co-planar tunnel junctions with a gap length in the 30 nm range have been fabricated using a 20 keV ...
We demonstrate a high yield production scheme to fabricate sub-5 nm co-planar metal–insulator–metal ...
We demonstrate a high yield production scheme to fabricate sub-5 nm co-planar metal–insulator–metal ...
The reproducible fabrication of nanoscale gaps below 5 nm between metallic electrodes is key to the ...
The reproducible fabrication of nanoscale gaps below 5 nm between metallic electrodes is key to the ...
An improvement of a process to fabricate co-planar metal-insulator-metal nanojunctions is presented ...
An improvement of a process to fabricate co-planar metal-insulator-metal nanojunctions is presented ...
Metallic tunnel junctions are important in the formation of high temperature single electron devices...
Brückl H, Rank R, Vinzelberg H, Monch I, Kretz L, Reiss G. Observation of coulomb blockade effects i...
Metallic point contacts and tunnel junctions with a small and adjustable number of conduction channe...
Electrode–electrode gap distance (GD) of Ag electrodes was measured by using scanning tunneling micr...
We show that a small tapered hole through a thin silicon nitride membrane provides a mask for tunnel...
Scanning tunnelling microscope is a versatile instrument to study surface atom structures and surfac...
We show that a small tapered hole through a thin silicon nitride membrane provides a mask for tunnel...
In this chapter, the fabrication of metal nano-spaced electrodes for electronic nanodevices by elect...
Co-planar tunnel junctions with a gap length in the 30 nm range have been fabricated using a 20 keV ...
We demonstrate a high yield production scheme to fabricate sub-5 nm co-planar metal–insulator–metal ...
We demonstrate a high yield production scheme to fabricate sub-5 nm co-planar metal–insulator–metal ...
The reproducible fabrication of nanoscale gaps below 5 nm between metallic electrodes is key to the ...
The reproducible fabrication of nanoscale gaps below 5 nm between metallic electrodes is key to the ...
An improvement of a process to fabricate co-planar metal-insulator-metal nanojunctions is presented ...
An improvement of a process to fabricate co-planar metal-insulator-metal nanojunctions is presented ...
Metallic tunnel junctions are important in the formation of high temperature single electron devices...
Brückl H, Rank R, Vinzelberg H, Monch I, Kretz L, Reiss G. Observation of coulomb blockade effects i...
Metallic point contacts and tunnel junctions with a small and adjustable number of conduction channe...
Electrode–electrode gap distance (GD) of Ag electrodes was measured by using scanning tunneling micr...
We show that a small tapered hole through a thin silicon nitride membrane provides a mask for tunnel...
Scanning tunnelling microscope is a versatile instrument to study surface atom structures and surfac...
We show that a small tapered hole through a thin silicon nitride membrane provides a mask for tunnel...
In this chapter, the fabrication of metal nano-spaced electrodes for electronic nanodevices by elect...