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CdSe-Au networks were synthesized by a colloidal chemistry technique. Theyentail CdSe nanorods with a diameter of ~10 nm and a length of ~40 nm, whichare joined together by Au domains (~5 nm). Individual networks were positionedby AC dielectrophoresis between bow-tie electrodes with a gap of ~100 nm andtheir conductivity as well as the photoelectrical properties were investigated.Nanorod networks, with multiple Au domains on the nanorod surface, displayedstable conductivity that was not sensitive to blue laser light illumination.Such nanostructures were transformed by thermal annealing to networks with Audomains only at the nanorod tips. In this system the overall conductivity wasreduced, but a clear photocurrent signal could be detected, manifestingsemiconductor behavior.

CdSe-Au nanorod networks welded by gold domains - a promising structure for nano-optoelectronic components