Abstract
By the methods of solubility and refractometry it is ascertained that sodium tetraborate-acetamide (carbamide, thiocarbamide)-water systems are of a simple eutonic type. Amides reduce salt solubility. Lyotropic effect on conversion to mole concentrations grows from acetamide to thiocarbamide by the absolute value.
Citation Formats
Sadetdinov, Sh V.
Effect of acetamide, carbamide and thiocarbamide on sodium tetraborate solubility.
USSR: N. p.,
1985.
Web.
Sadetdinov, Sh V.
Effect of acetamide, carbamide and thiocarbamide on sodium tetraborate solubility.
USSR.
Sadetdinov, Sh V.
1985.
"Effect of acetamide, carbamide and thiocarbamide on sodium tetraborate solubility."
USSR.
@misc{etde_5981000,
title = {Effect of acetamide, carbamide and thiocarbamide on sodium tetraborate solubility}
author = {Sadetdinov, Sh V}
abstractNote = {By the methods of solubility and refractometry it is ascertained that sodium tetraborate-acetamide (carbamide, thiocarbamide)-water systems are of a simple eutonic type. Amides reduce salt solubility. Lyotropic effect on conversion to mole concentrations grows from acetamide to thiocarbamide by the absolute value.}
journal = []
volume = {30:7}
journal type = {AC}
place = {USSR}
year = {1985}
month = {Jul}
}
title = {Effect of acetamide, carbamide and thiocarbamide on sodium tetraborate solubility}
author = {Sadetdinov, Sh V}
abstractNote = {By the methods of solubility and refractometry it is ascertained that sodium tetraborate-acetamide (carbamide, thiocarbamide)-water systems are of a simple eutonic type. Amides reduce salt solubility. Lyotropic effect on conversion to mole concentrations grows from acetamide to thiocarbamide by the absolute value.}
journal = []
volume = {30:7}
journal type = {AC}
place = {USSR}
year = {1985}
month = {Jul}
}