Submit an Article
Become a reviewer
Vol 158
Pages:
236-238
Download volume:
RUS

Development of a universal electrochemical analyzer of environmental quality indicators for environmental monitoring

Authors:
Z. A. Temerdashev1
S. A. Litvinov2
G. L. Zhukevich3
About authors
  • 1 — Kuban State University
  • 2 — Kuban State University
  • 3 — Kuban State University
Date submitted:
2003-08-27
Date accepted:
2003-09-21
Date published:
2004-03-01

Abstract

The technical project of the universal multichannel electrochemical analyzer for environmental monitoring was performed. The analyzer is capable of simultaneously implementing a number of electrochemical analytical methods. An original scheme of the universal measuring system is proposed.

Go to volume 158

References

  1. Аналитическая химия. Электрохимические методы анализа: Учеб. пособие / З.А.Темердашев, Т.Г.Цюпко, В.В.Перекотий, О.Б.Воронова. Краснодар, 2003.
  2. Будников Г.К. Основы современного электрохимического анализа / Г.К.Будников, В.Н.Майстренко, М.Р.Вяселев. М.: Мир, 2003.
  3. Темердашев З.А. Система оперативного электрохимического контроля качества и безопасности природных и пищевых сред / З.А.Темердашев, О.Е.Рувинский // Матер. Межд. форума «Аналитика и Аналитики». Воронеж, 2003. T.1.

Similar articles

Improvement of the regional information and analytical system of social environmental monitoring and environmental safety
2004 A. V. Frolov
Development and production of a prototype of information-measuring complex for environmental monitoring
2004 B. F. Lavrentev
Research and development works on safe takedown procedure and handling with objects of nuclear power engineering equipment taken out of service
2004 V. V. Kalashnikov
Managing the risks of natural and man-made disasters through improved environmental monitoring, forecasting and management theory
2004 L. N. Karlin
Development of environmentally friendly technology and equipment for processing industrial and domestic solid mixed waste containing toxic substances
2004 D. A. Baranov
Development of technologies for the removal and decontamination of urban air pollution
2004 V. I. Sharapov, A. V. Marchenko