GNWs NSEs |
Microcapillary based electrochemical method and lithographic-free electrodeposition method |
ET kinetics of GNWs K0 = 0.10 cm·s−1
|
[100] |
GNWs with tunable electron transport |
Tunable electron transport |
Crossover from a non-Fermin Liquid TLL ground state to a disordered state with VRH layer |
[101] |
Giant superlattice nanomembrane |
Mechanical strong, optical transparent |
Thickness 2.5 nm, resistance is 1142 kΩ |
[102] |
Pressure sensor with GNWs |
Low energy consumption High sensitivity >1.14 kPa−1 Fast response time <17 ms High stability >50,000 |
Pressure force reduce the wire to wire spacing |
[103] |
Removal the layer of GNPs |
Rapid removal using NaBH4 solution in water |
Hydride has a higher binding affinity to gold than organothiols |
[19] |
DNA template GNWs sensor |
Circle amplification of single strand DNA |
DNA detection of limit LOD is 6.6 × 10−15 M |
[104] |
Lattice orientation protection in gold nanowires by a zipper |
Ag blocks preserving the lattice of gold rings |
Zipper mechanism shows ligand loss, lattice alignment and coalescence. |
[105] |