M. Fenjan, A. (2010). CONVERSION OF ¿-HALOESTERS AND ALKYNES INTO CORRESPONDING CINNAMATES AND KETONES DERIVATIVES RESPECTIVELY BY USING SOME ORGANOTELLURIUM COMPOUNDS AS REAGENTS. , 13(4), 45-51.
Abdel-Amir M. Fenjan. "CONVERSION OF ¿-HALOESTERS AND ALKYNES INTO CORRESPONDING CINNAMATES AND KETONES DERIVATIVES RESPECTIVELY BY USING SOME ORGANOTELLURIUM COMPOUNDS AS REAGENTS". , 13, 4, 2010, 45-51.
M. Fenjan, A. (2010). 'CONVERSION OF ¿-HALOESTERS AND ALKYNES INTO CORRESPONDING CINNAMATES AND KETONES DERIVATIVES RESPECTIVELY BY USING SOME ORGANOTELLURIUM COMPOUNDS AS REAGENTS', , 13(4), pp. 45-51.
M. Fenjan, A. CONVERSION OF ¿-HALOESTERS AND ALKYNES INTO CORRESPONDING CINNAMATES AND KETONES DERIVATIVES RESPECTIVELY BY USING SOME ORGANOTELLURIUM COMPOUNDS AS REAGENTS. , 2010; 13(4): 45-51.

CONVERSION OF ¿-HALOESTERS AND ALKYNES INTO CORRESPONDING CINNAMATES AND KETONES DERIVATIVES RESPECTIVELY BY USING SOME ORGANOTELLURIUM COMPOUNDS AS REAGENTS

Journal of Al-Nahrain University - Science
Article 1, Volume 13, Issue 4, 2010, Pages 45-51
Author
Abdel-Amir M. Fenjan
Abstract
Telluroxidation of di-n-propyl telluride 1 guides to obtain trans - cinnamate derivatives from
condensation of substituted aldehydes and a-haloesters in one pot reaction. p-Diphenetyl
tellurinic acid anhydride 3 converts terminal alkynes into corresponding ketones through hydration
process to oxidize triplet bond into carbonyl group. Infrared spectra have assisted all
organochemical conversions and their identification strongly. The possible reactions mechanisms
were proposed.
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