Electrical features improvement method for nano-electronic structure, involves arranging nanoelectronic structure between two electrodes, applying metallic salt solution on nanowires and nanotubes

摘要

The method involves arranging a nanoelectronic structure between two electrodes, applying a metallic salt solution on a nanowires (2) and nanotubes. An alternating voltage applying on the electrodes, so that electrical fields are formed at defects of the nanowires and nanotube and metal is separated at the defects. The method involves an electrically leading or semiconducting nanowires and nanotubes with a certain diameter. The nanowires and nanotubes is made of carbon. Independent claims are also included for the following: (1) an arrangement for improvement of the electrical features of an nanoelectronic structure, which has nanoelectronic structure with electrically leading or semi conducting nanowires and nanotube (2) an application of a dielectrophoresis cell, which has two electrodes and a metallic salt solution (3) a nanoelectronic structure, which has electrically leading or semi conducting nanowires and nanotubes (4) an application of a nanoelectronic structure as sensor for measuring string bowden cable (5) a method for measuring bowden cable, which involves arranging electrically leading or semi conducting nanowires and nanotubes with a diameter between two electrodes.