METHOD FOR DETERMINATION OF ARRANGEMENT OF CARBON ATOMS IN BENZENE MOLECULE NUCLEOUS, DERIVATIVES THEREOF AND GRAPHITE

摘要

A method for determination of arrangement of carbon atoms in benzene molecule nucleous, derivatives thereof and graphite is based on use of aromatic bond length which is equal to 0,241 nm. In the benzene molecule nucleous six metastable aromatic carbon atoms are found in the regular octahedron vertexes that are bound between each other by nine uniform aromatic covalent bonds at angle of 135° to couple vector with carbon atom. In graphite crystal hexogen plexus cells are formed of plane equilateral hexagons which sides are equal to the benzene aromatic bond length with two opposite right angles and four adjacent angles by 135°. Congruent layers of graphite hexogens are alternated next to one giving up to the bond with adjacent noncongruent layers of hexogens one of four valencies of aromatic carbon atom involved in the bond.