Modern Chemistry & Applications

Department of Pharmaceutics Science, School of Life Sciences and Bio Pharmaceutics, Guangdong Pharmaceutical University, Guangzhou, China

Publications

• Research Article   
  Real Structure of Benzene Molecule and the Thickness of Graphene
  Author(s): Ning Wang*, Rui Wang and Dulun Wang
  
  For more than 100 years, the problem of benzene molecular structure has not been solved. Based on the fact that the essence of chemical bonds is that the nuclei share electrons, this study proposes that each electron shared by the nuclei corresponds to a semi valence bond. Semivalent bonds can be formed between intervening carbon atoms of the benzene ring. A new theory of benzene molecular structure was established. Quantum mechanical calculations quantitatively explain the existence of ground and excited states of benzene, as well as the experimental results of the hydrogenation heat and ultraviolet spectroscopy of benzene. Semivalent bonds are represented by dashed lines, molecular structures and chemical reaction formulas of benzene and its dozens of homologues and derivatives are designed. The method is universal and can also record the chemical reaction proce.. View more»
  

  DOI: 10.35248/2329-6798-22.10.338

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