Abstract
Methods of solubility and refractometry at 25 deg C were applied to investigate sodium tetraborate - formamide (dimethylformamide) - water systems. It is stated that they are of simple eutonic type as well as the earlier described sodium tetraborate-acetamide-water system. Amides reduce solubility of the salt. The effect of contact interaction between dissolved substances on salt cation hydration and thus on the value of liotropic amide effect is confirmed. This value is found to be also depend on the number of molecules of coordination water in the initial crystalline hydrate.
Citation Formats
Tsekhanskij, R S, Skvortsov, V G, Molodkin, A K, and Sadetdinov, Sh V.
Effect of amides on sodium tetraborate solubility.
USSR: N. p.,
1986.
Web.
Tsekhanskij, R S, Skvortsov, V G, Molodkin, A K, & Sadetdinov, Sh V.
Effect of amides on sodium tetraborate solubility.
USSR.
Tsekhanskij, R S, Skvortsov, V G, Molodkin, A K, and Sadetdinov, Sh V.
1986.
"Effect of amides on sodium tetraborate solubility."
USSR.
@misc{etde_6370068,
title = {Effect of amides on sodium tetraborate solubility}
author = {Tsekhanskij, R S, Skvortsov, V G, Molodkin, A K, and Sadetdinov, Sh V}
abstractNote = {Methods of solubility and refractometry at 25 deg C were applied to investigate sodium tetraborate - formamide (dimethylformamide) - water systems. It is stated that they are of simple eutonic type as well as the earlier described sodium tetraborate-acetamide-water system. Amides reduce solubility of the salt. The effect of contact interaction between dissolved substances on salt cation hydration and thus on the value of liotropic amide effect is confirmed. This value is found to be also depend on the number of molecules of coordination water in the initial crystalline hydrate.}
journal = []
volume = {31:11}
journal type = {AC}
place = {USSR}
year = {1986}
month = {Nov}
}
title = {Effect of amides on sodium tetraborate solubility}
author = {Tsekhanskij, R S, Skvortsov, V G, Molodkin, A K, and Sadetdinov, Sh V}
abstractNote = {Methods of solubility and refractometry at 25 deg C were applied to investigate sodium tetraborate - formamide (dimethylformamide) - water systems. It is stated that they are of simple eutonic type as well as the earlier described sodium tetraborate-acetamide-water system. Amides reduce solubility of the salt. The effect of contact interaction between dissolved substances on salt cation hydration and thus on the value of liotropic amide effect is confirmed. This value is found to be also depend on the number of molecules of coordination water in the initial crystalline hydrate.}
journal = []
volume = {31:11}
journal type = {AC}
place = {USSR}
year = {1986}
month = {Nov}
}