Nanowires.

Wide band gap semiconductor nanowires.. 2,. Heterostructures and optoelectronic devices by: (Electronic resources)

Wide band gap semiconductor nanowires.. 1,. Low-dimensionality effects and growth by: (Electronic resources)

One-dimensional superconductivity in nanowires by: (Electronic resources)

Semiconducting silicon nanowires for biomedical applications by: (Electronic resources)

Quantum wells, wires and dots : = theoretical and computational physics of semiconductor nanostructures / by: (Language materials, printed)

Fluctuation mechanisms in superconductors = nanowire single-photon counters, enabled by effective top-down manufacturing / by: (Electronic resources)

Silicon nanowire transistors by: (Electronic resources)

Nanowires = building blocks for nanoscience and nanotechnology / by: (Electronic resources)

Coaxial lithography by: (Electronic resources)

Well-organized inorganic nanowire films = assemblies and functionalities / by: (Electronic resources)

Quantum wells, wires and dots : = theoretical and computational physics of semiconductor nanostructures / by: (Electronic resources)

Synthesis and characterization of piezotronic materials for application in strain/stress sensing by: (Electronic resources)

Nanowire electronics by: (Electronic resources)

Fundamental properties of semiconductor nanowires by: (Electronic resources)

Innovative applications of nanowires for circuit design by: (Electronic resources)

Nanotechnology for electronic applications by: (Electronic resources)

Defects in self-catalysed III-V nanowires by: (Electronic resources)

Nanomaterials for innovative energy systems and devices by: (Electronic resources)

Realizing an Andreev Spin Qubit = exploring sub-gap structure in Josephson nanowires using circuit QED / by: (Electronic resources)

Progress in nanoscale and low-dimensional materials and devices = properties, synthesis, characterization, modelling and applications / by: (Electronic resources)

Progress in nanomedicine in neurologic diseases by: (Electronic resources)

Magnetic solitons in extended ferromagnetic nanosystems based on iron and nickel = quantum, thermodynamic, and structural effects / by: (Electronic resources)