Effect of Lewis acids on acid chlorides of ?-nitroalkanecarboxylic acids
作者:I. V. Martynov、A. N. Degtyarev
DOI:10.1007/bf00953106
日期:1983.3
Buevich, V. A.; Lazareva, N. N., Journal of Organic Chemistry USSR (English Translation), 1983, vol. 19, p. 783 - 784
作者:Buevich, V. A.、Lazareva, N. N.
DOI:——
日期:——
PMR spectra and deutero exchange in certain esters of chloronitroacetic acid
作者:I. V. Martynov、V. O. Zavel'skii、S. V. Kovalenko、A. I. Yurtanov
DOI:10.1007/bf00949942
日期:1982.5
Methods of preparation of halonitroacetic acid derivatives and study of the fungicidal activity of their amides and anilides on Sclerotinia sclerotiorum
作者:A. I. Yurtanov、V. I. Anufriev、E. V. Kulish、N. G. Mikhailyuchenko、I. I. Shulyak
DOI:10.1007/bf00958561
日期:1991.4
Anilides (II)-(XIII), (XV), (XVI), (XIX), and chloronitroacetamide (XVIII) were obtained in a yield of 38-90% by ammonolysis of the corresponding dichloro- (I) and chloronitroacetyl chlorides (XIV). Dichloronitroacetanilides (II), (V), ethyl (XX), propyl (XXI) esters and amide of dichloronitroacetic acid (XXII) were obtained by chlorination of anhydrous ammonium and sodium salts by sulfuryl chloride in absolute ether. Bromination of anhydrous salts of bromo- and chloronitroacetic acids proceeds readily in absolute alcohol. The yields of the bromination [(XXIII)-(XXVIII)] and chlorination products were 49-99%. Results are given of tests of some of the amides and anilides obtained for the inhibition of growth and development of the Sclerotinia sclerotiorum fungus.