NOVELTY - Carbon nanotubes (2) having vertical alignment property is grown on the surface of a growth substrate (1). The tip of carbon nanotube is contacted in the perpendicular direction with respect to a transfer-adhesion electroconductive substrate (3) having corrugated portion on the surface. By pressurizing (AA) or by pressurizing and vibrating (BB), the carbon nanotubes are transferred from the growth substrate and adhered to the electroconductive substrate to obtain a carbon-nanotube-bonded electroconductive material substrate.    USE - Manufacture of carbon-nanotube-bonded electroconductive material substrate for electrical double layer capacitors. Can also be used for lithium ion secondary batteries, solar cells, and field emission emitters.    ADVANTAGE - The method enables simple transfer and adherence of carbon nanotubes to the electroconductive substrate. The method enables economical manufacture of carbon-nanotube-bonded electroconductive material substrate having reduced electrical resistance, with high productivity, without reducing the transfer-adhesion rate, as process and installation for high-temperature heating and maintaining high temperature are not required. The carbon nanotubes are transferred and adhered without requiring interposition of various resin, adhesive agents, etc.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for manufacturing apparatus of carbon-nanotube-bonded electroconductive material substrate, which is a unit for transferring and adhering carbon nanotubes, provided with a pressurizing unit and a vibrating unit.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view explaining the transfer-adhesion process of vertical-alignment carbon nanotubes in the manufacturing method of carbon-nanotube-bonded electroconductive material substrate. (Drawing includes non-English language text)    Growth substrate (1)    Carbon nanotubes having vertical alignment property (2)    Electroconductive substrate (3)    Pressurizing (AA)    Vibrating (BB)