… formed gold nanowires using electron-beam irradiation in an … 0.8–3 nm in thickness and
5–10 nm in length. The nanowires … refer to the stable and straight nanowire as nanobridge (NB). …

… , stable nanobridges upon necking, which is in agreement … In addition, the simulations reveal
that the formation of a high … stability of the elongated nanobridges observed experimentally. …

… (Φ0) in the superconducting system shift from their stable positions in the nanobridge and
overlap due to … Consequently, we observe the limit for vortex state formation in the nanobridge. …

… In the present paper, we show the reorientation of 〈100〉/{100} Cu nanowires into a stable
pentagonal multi-shell nanobridge structure due to the application of high strain rate tensile …

… been demonstrated for the nanobridges. Molecular dynamics simulations of glassy Cu (in
splats 13 ) and glassy Ta (in nanobridges 12 ), however, suggest they are stable up to at least …

… Memhranes are formed on a 3 mm grid in a 9 X 9 array, which can be separated into … a 50
n nanobridge results in a cutoff frequency of > 3 THz. In summary, stable metal nanobridges as …

… Hence, we hypothesize that nanobridge formation can be attributed to the higher local … in
the gap shows that the two surfaces are stable. This finding rules out the possibility of bridge …

… strain rate, the pentagonal nanobridge structure can be formed in Cu nanowires of initial
cross… In order to examine the effect of loading rate on the stability of the nanobridge, we analyze …

… -HP3 is triggered, resulting in the formation of a DNA “nano-bridge” structure with a large …
”, the DNA “nano-bridge” possesses excellent stability, resulting in high reproducibility and …

… and we could observe formation of stable nanobridge up to 40 ps at a … This is in contrast with
the cases pertaining to the surface … of a stable nanobridge with the increase in electric field …