▎ 摘　　要

NOVELTY - The porous electrically conductive carbon material contains graphene stacks and has pores (I,II) of different pore size. The pores (I) are of irregular shape in three dimensions, are interconnected to form transport passages through carbon material and have size of 10 mu m to 100 nm. The pores (II) are of irregular shape in three dimensions, and communicate directly or indirectly through other pores with pores (I). The pores (II) have size of 3-100 nm. The graphene stacks having pores (II) form wall material between pores (I). USE - Porous electrically conductive carbon material is used for electrode of lithium ion battery, oxidation of methanol in direct methanol fuel cell, and support of chemical, physical, electrochemical or biological device, such as detector, reactor and supercapacitor (all claimed). Battery is used as power supply for vehicles and mobile telephones. ADVANTAGE - The porous electrically conductive carbon material has favorable electrical conductivity and surface area. DETAILED DESCRIPTION - The porous electrically conductive carbon material contains graphene stacks and has pores (I,II) of different pore size. The pores (I) are of irregular shape in three dimensions, are interconnected to form transport passages through carbon material and have size of 10 mu m to 100 nm. The pores (II) are defined between neighboring graphene stacks (2), and are interconnected. The pores (II) are of irregular shape in three dimensions, and communicate directly or indirectly through other pores with pores (I). The pores (II) have size of 3-100 nm. The graphene stacks having pores (II) form wall material between pores (I). The porous carbon material is manufactured using carbon precursor, which is a naphthol solution or mesophase pitch, and polystyrene as organic polymer.