MODELIROVANIE RAVNOVESIY V SISTEME CUSO
4 – H
2O – (NH
4)
2SO
4 – OH
‑ PRI MALYH KONCENTRACIYAH CUSO
4 NA OSNOVE EKSPERIMENTA PO OSTATOCHNOY KONCENTRACII, POTENCIOMETRICHESKOGO TITROVANIYA I IZMERENIYA PH GIDROLIZA (SOOBSCHENIE 1)
Authors:
1.
KNITU
2.
KNITU
3.
KNITU
Type:
Article
Pages:
from 40
to 42
Status:
Published
Received:
19.04.2023
Accepted:
01.08.2025
Published:
01.08.2025
Subject area:
UDC 544.344.4
Language:
Russian
Keywords:
равновесия, водные растворы, осадки соединений меди(II), рентгенофлуоресцентный анализ, сульфат меди, equilibrium, aqueous solutions, precipitation of Cu(II) compounds, X-ray fluorescence analysis, copper sulfate
Abstract (English):
The algorithm for the calculation of equilibrium constants in systems containing a lot of precipitations was suggested. For the calculation of the formation of precipitation areas used four conditions saturation of the solution: 1. Rule of solubility 2. Rule molecular solubility 3. Rule solubility intermediates, 4. The condition of the sedimentation priority. This methodology is used to construct a mathematical model of the equilibrium in the system Cu SO 4 – H 2O – OH – as the function of pH and the concentration Sn(II) . A mathematical model of the system is designed to optimize the synthesis of desired compounds.
The algorithm for the calculation of equilibrium constants in systems containing a lot of precipitations was suggested. For the calculation of the formation of precipitation areas used four conditions saturation of the solution: 1. Rule of solubility 2. Rule molecular solubility 3. Rule solubility intermediates, 4. The condition of the sedimentation priority. This methodology is used to construct a mathematical model of the equilibrium in the system Cu SO 4 – H 2O – OH – as the function of pH and the concentration Sn(II) . A mathematical model of the system is designed to optimize the synthesis of desired compounds.
Keywords:
равновесия, водные растворы, осадки соединений меди(II), рентгенофлуоресцентный анализ, сульфат меди, equilibrium, aqueous solutions, precipitation of Cu(II) compounds, X-ray fluorescence analysis, copper sulfate
равновесия, водные растворы, осадки соединений меди(II), рентгенофлуоресцентный анализ, сульфат меди, equilibrium, aqueous solutions, precipitation of Cu(II) compounds, X-ray fluorescence analysis, copper sulfate
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