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Making high density straight beam of e.g. nanotubes connected to a component comprises making growth pattern in the shape of cavity, growing the nanotubes from lateral zone and bottom of growth structure and removing the growth structure
Making high density straight beam of e.g. nanotubes connected to a component comprises making growth pattern in the shape of cavity, growing the nanotubes from lateral zone and bottom of growth structure and removing the growth structure
The method of making high density straight beam of nanotubes or nanowires (2) connected to a component (4) at one of its end comprises making a growth pattern in the shape of a cavity, growing the nanotubes or nanowires from the lateral zone and bottom of a growth structure (6) and removing the growth structure. The growth of the nanotubes or nanowires is carried out in contact with the surface of the component. The growth structure comprises lateral openings for introducing reactive gases for growth. The growth structure is positioned on the component. The method of making high density straight beam of nanotubes or nanowires (2) connected to a component (4) at one of its end comprises making a growth pattern in the shape of a cavity, growing the nanotubes or nanowires from the lateral zone and bottom of a growth structure (6) and removing the growth structure. The growth of the nanotubes or nanowires is carried out in contact with the surface of the component. The growth structure comprises lateral openings for introducing reactive gases for growth. The growth structure is positioned on the component. The cavity is filled with a filling material, whose surface is planar, after the growth of the nanotubes or nanowires and before the removal of the nanotubes or nanowires, where the planar surface is in contact with a second component, and the growth structure and the first component are removed. Independent claims are included for: (1) a method for electrically connecting two components; and (2) a component comprising a beam of nanotubes or nanowires on its surface.
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