F?- ethylamine

Aminomethane Nitrate or f ethylamine Ni> trote(Man-Salz, in Ger), CH -NH -HNOj, mw 94.07, N 29.78%, OB to CO -34.0%. Prism crysts, mp 109—11 , sol in w and very hygroscopic. Can be prepd by neutralizing amino-methane With nitric acid or by reacting methyl-nitrate with ammonia... 

Ethylamine C F T Iron and steel. Reinforced Copper, tin, zinc and their... 

Abstract Hazardous effects of various amines, produced in the environment from the partial degradation of azo dyes and amino acids, adversely affect the quality of human life through water, soil and air pollution and therefore needed to be degraded. A number of such studies are already available in the literature, with or without the use of ultrasound, which have been summarized briefly. The sono-chemical degradation of amines and in the combination with a photocatalyst, TiC>2 has also been discussed. Similar such degradation studies for ethylamine (EA), aniline (A), diphenylamine (DPA) and naphthylamine (NA) in the presence of ultrasound, Ti02 and rare earths (REs) La, Pr, Nd, Sm and Gd, in aqueous solutions at 20 kHz and 250 W power have been carried out and reported, to examine the combinatorial efficacy of ultrasound in the presence of a photocatalyst and rare earth ions with reactive f-electrons. 

Figure 10. Possibilities of degradation or polycondensation reactions of MAR Key a, MAP b, optical isomer c, DNP-alanine d, DNP-ethylamine e, 2-nitroso-4-nitroaniline f DNP-alanyl-(DNP) a amino-propanoate of methyl and g,l,4-bis(DNP)-3,6-dimethyl-2,5-dioxopiperazine. [(DNP) = 2,4-dinitro-...

Ethyl Diethanolamine and Derivatives Ethyl Diethanolamine (EDEtA), C2H5N(CH2CH2OH)2 mw 133-19, N 10.52%, colorless liq with amine odor, sp gr 1.015 at 20° nD 1.4663 at 20° bp 251-52° flash p 255°F, sol in water ale prepd by adding ethylene oxide to a cold solution of ethylamine. It is used as solvent and in detergents Refs 1) Beil. 4, 28 4 2) L. Knorr W. Scbmidt,... 

Probl0m 7.51 Potassium /er/-butoxide, K OCMCj, is used as a base in E2 reactions, (a) How does it compare in effectiveness with ethylamine, CHjCH NH (f>) Compare its effectiveness in the solvents fert-butyl alcohol and dimethylsulfoxide (DMSO) (c) Give the major alkene product when it reacts with (CH JjCClCHjCH,. 

Diethylaroinoethanol Diethylamine Dimethylacetamide D ime thy 1 f rmamide Dime thy lamine Ethylamine n-Ethylmorpholine... 

H. P. Cady and R. Taft sought if electrolytic oxidations can occur in systems containing no oxygen, and found that with liquid ammonia as solvent, thallous iodide, cuprous iodide, hydrazobenzene, and methyl- and ethylamine hydrochlorides can be oxidized. The properties of soln. of salts, etc., in liquid ammonia were studied by F. W. Bergstrom, T. J. Webb, E. C. Franklin and C. A. Kraus, etc. 

Luduena, R. F., Roach, M. C., Trcka, P. P., and Wcintraub, S. (1982) Bioiodoacetyldithio-ethylamine A reversible cross-linking reagent for protein sulfhydryl group. Anal. Biochem. 117,76. 

Epoxypropyloxy)2,2-dinitropropyl azide, 2397 Erbium perchlorate, 4126 f Ethanal, see Acetaldehyde, 0824 f Ethanamine, see Ethylamine, 0938 f Ethane, 0877... 

NHCbo — NHBoc. This interconversion can be effected in high yield by hydrogenation catalyzed by Pd-C in CH,OH in the presence of excess f-Boc20. It can also be effected by reaction with (QHs SiH catalyzed by Pd(OAc)2 and tri-ethylamine in the presence of excess f-Boc,0 in C2H5OH. 

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