Study Of The Mutual Effect Of Components In The Mg (No3) 2-Hno3 ∙ Nh2c2h4oh-H2o System
M. K. AskarovaInstitute Of General And Inorganic Chemistry Of The Academy Of Sciences Of The Republic Of Uzbekistan, TashkentM.B. EshpulatovaInstitute Of General And Inorganic Chemistry Of The Academy Of Sciences Of The Republic Of Uzbekistan, TashkentG.A. MakhammatovaInstitute Of General And Inorganic Chemistry Of The Academy Of Sciences Of The Republic Of Uzbekistan, Tashkent
ABI
Abstract
The article presents the results of a study of the solubility of components in an aqueous system, including magnesium nitrate and a physiologically active substance, monoethanolammonium nitrate. Based on the data of binary systems and internal sections, a polythermal solubility diagram was constructed, on which the crystallization fields are delimited: ice, nine-, six-water magnesium nitrate and monoethanolammonium nitrate. It has been established that the components of this system in the studied temperature range, in the presence of joint presence, retain their individuality, and hence their physiological activity. The results obtained serve as a scientific basis for obtaining complex liquid fertilizers.
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