▎ 摘　　要

NOVELTY - The nano-carbon pot has bottom portion (1a) that is provided with multilayer graphene layer. Tapered diameter reducing hollow drum (1b) is provided with graphene layer whose lamination number is set less than bottom portion, and diameter is reduced gradually. Aspect-ratio of maximum diameter and full length of bottom portion is provided in preset range. Widened hollow neck portion (1c) is provided with graphene layer whose lamination number is set smaller than tapered diameter reducing hollow drum, and whose diameter is set smaller than diameter of bottom portion. USE - Nano-carbon pot. ADVANTAGE - The utilization of the nano-carbon pot can be anticipated as nanoscale bottomed containers. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a manufacturing method of nano-carbon pot, involves supplying inert gas to the space of reaction chamber interior, after attaching the catalyst support board to the reaction chamber interior. The reaction chamber is sunk in the organic liquid in the liquid tank, for introducing the organic liquid into the reaction chamber interior from liquid communication unit. The gas which contains carbon from the organic liquid is transpired to the space of the reaction chamber interior. The catalyst support board is attached to the organic liquid introduced from the liquid communication unit, so that the organic liquid is introduced from bottom portion. The catalyst support board installed in the reaction chamber interior is heated. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram illustrating transmission electron microscope (TEM) image of nano carbon pot. Bottom portion (1a) Tapered diameter reducing hollow drum (1b) Diameter reducing rate region (1b-1,1b-2) Widened hollow neck portion (1c)