SYNTHESIS OF NEW COMPLEXES BASED ON BENZOIC ACID DERIVATIVES

Authors

  • Aynur Mammadova girl Teyub Doctor of Philosophy in Chemistry, Associate Professor, Ganja State University
  • Zakiya Namik girl Aghayeva Master's student, Ganja State University
  • Matanat Firuddin girl Rzayeva Associate Professor, Ganja State University
  • Aygun Elkhan girl Zeynalova Senior lecturer, Ganja State University
  • Firangiz Asaf girl Alizade Teacher, Ganja State University

Keywords:

3,5-dinitrobenzoic acid, supramolecular, pyrazine adduct, cadmium complex, molecular and crystal structure, coordination number, ligand, adduct, pyrazine, Infrared Spectrum, x-ray structural analysis, hydroxybenzoic acid

Abstract

The study of the synthesis and crystallochemistry of coordination compounds, especially supramolecular complexes, is the basis for researchers working in this field. as one of the fields of scientific research currently maintains its importance. Such supramolecules are widely used as laser materials, as catalysts in chemical technology, as well as in gas chromatography, as biologically active substances, as antimicrobial drugs in medicine [1].3,5-dinitrobenzoic acid and complex compounds of hydroxy benzoic acid with Cerium (III) and Silver (I) cations were synthesized and molecular and crystal structures were studied [2,3]. Several compounds of the adduct-forming pyrazine molecule were obtained and their structures were studied [4,5]. The electronic structure of the applied ligands and the nature of transition elements used as complexing agents play a special role in the appearance of the above properties.

It is known that in the synthesis of complex polymers with a supramolecular spatial structure (3D dimension) based on organic ligands, the nature and number of donor atoms in them is considered one of the main indicators.

Published

2024-01-29

How to Cite

Aynur Mammadova girl Teyub, Zakiya Namik girl Aghayeva, Matanat Firuddin girl Rzayeva, Aygun Elkhan girl Zeynalova, & Firangiz Asaf girl Alizade. (2024). SYNTHESIS OF NEW COMPLEXES BASED ON BENZOIC ACID DERIVATIVES . World Scientific Reports, (5). Retrieved from https://ojs.publisher.agency/index.php/WSR/article/view/2892

Issue

Section

Chemical Sciences