Synthesis of Triazole Derivatives Via Multi Components Reaction and Studying of (Organic Characterization, Chromatographic Behavior ,Chem-Physical properties)

Abstract

In this paper, the novel component were synthesized in good yield via multi reactions like (Aldole reaction , azotationcoupling reaction, condensation reaction , substitution reaction ,cyclization reaction) by using types of conditions and multi components reactions to formation imidazole ,Thiazole ,oxazole ) derivatives with bis-triazole cycles ,imidazole and thiazole The formatted triazole compounds have been characterized through spectral and chemical techniques like ( 1 H NMR, IR ,some of them C.NMR ) ,studying of Chromatography studying and physical properties for all Compounds.

Designation of Nano-Analytical Reagents and Evaluation of Nano-Applications

“…Hence, novel mechanical properties of nano-materials are one of the research topics in nano-mechanics. The stimulating activities also reveal a new way of interacting with biological materials as shown in Figure 19 to Figure 22 [29][30][31][32][33]. Nanotechnology will be involved in the production of building materials to improve their properties and functions, such as materials used in paints (coatings) that act as moisture insulators, as well as additives for concrete mixes (concrete), such as silica (silica sand or silicon dioxide), cement materials, gypsum, Tiles, ceramics, improving the glass industry, the wood industry, and the steel industry, raising energy efficiency in buildings, etc., to make them light in weight, stronger, more durable, and resistant to cracks, cracks, and corrosion, and to be useful in protecting surfaces and walls from adhesion of dust and pollutants, and maintaining color stability, and thermal insulation, And resistance to ultraviolet rays, resistance to moisture, and the formation of fog on the glass, and you will be able to clean the surfaces automatically and automatically, in addition to the environmental properties, represented in helping building materials in reducing the amount of carbon dioxide emissions in the environment, and thus maintaining the integrity of the system environmental [30][31][32][33][34][35].…”

Study of the Corrosion Inhibition Efficiency by Using New Azo Compounds from Thiazole Derivatives

“…They are broad as they act as inhibitors of protein and RNA formation, they also have medicinal uses, they act as anti-bacterial, and they are used as cosmetics [1]. They are considered one of the important intermediates in the preparation of many other organic compounds, they have wide uses in the field of inorganic chemistry as an important ligand used in the preparation of many coordination complexes [2] [3] and in the field of analytical chemistry as reagents in the search for metals. Recent studies have focused on azo dyes derived from benzo thiazoles and thiazole derivatives due to their applications in various fields, especially in the design of biologically active molecules.…”

Pyrimidine-Sulphone Ligands (Formation, Characterization, Bio Evaluation) as Bio-Compounds

“…In some experiments conducted on mice, results were given that the association of pyrimidine [16][17][18][19][20] with some compounds used as chemotherapy for tumors improves its effectiveness and reduces the spread of the tumor as well as reduces the toxic effects that result from the chemotherapy itself. In reducing the spread of breast cancer in mice., The pyrimidine substitutes have similar efficacy to the pharmaceutical-pharmaceutical compounds [21][22][23][24][25][26][27] used in the treatment of ulcers and infections, nerve paralysis, ulcers, and they are also used as lipid oxidation inhibitors in experiments conducted on rats. The pyrimidine substitutes are effective in the industrial field [28][29][30][31][32].…”