DEVELOPMENT OF MEMBRANE SENSORS BASED ON NEW HYBRID MATERIALS FOR THE DETERMINATION OF SULFUR AND MEDICI-NAL SUBSTANCES IN DOMESTIC AND INDUSTRIAL EFFLUENTS
Authors:
Type:
Article
Pages:
from 31
to 32
Status:
Published
Received:
26.12.2015
Accepted:
26.12.2015
Published:
26.12.2015
Language:
Russian
Keywords:
hybrid materials, nanoparticle sensor
Abstract (English):
Developed potentiometric PD sensors with new hybrid materials based on perfluorinated sulfokationoobmennyh mem-branes Nafion and MF 4SK contain-ing nanoparticles of hydrated metal oxide (including a functionalized surface) to quant-tively determination of sulfur compounds and is widely used in medical practice, local anesthetic agents (procaine, lidoka-in) in multicomponent aqueous media. Using sensors in the similarity-tion of composite materials can significant-ly increase their Chuv-tivity to define the components that helps to increase the accuracy of determination.. Easy to use, no sample preparation, automatic pro-cessing of data portability obespe Chiva-low labor intensity analysis, which makes available to develop mye-touch devices for a wide range of control organi-zation-tions and services for environmental monitoring of water flows of medical institutions and industrial enterprises.
Developed potentiometric PD sensors with new hybrid materials based on perfluorinated sulfokationoobmennyh mem-branes Nafion and MF 4SK contain-ing nanoparticles of hydrated metal oxide (including a functionalized surface) to quant-tively determination of sulfur compounds and is widely used in medical practice, local anesthetic agents (procaine, lidoka-in) in multicomponent aqueous media. Using sensors in the similarity-tion of composite materials can significant-ly increase their Chuv-tivity to define the components that helps to increase the accuracy of determination.. Easy to use, no sample preparation, automatic pro-cessing of data portability obespe Chiva-low labor intensity analysis, which makes available to develop mye-touch devices for a wide range of control organi-zation-tions and services for environmental monitoring of water flows of medical institutions and industrial enterprises.
Keywords:
hybrid materials, nanoparticle sensor
hybrid materials, nanoparticle sensor
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2. Problemy analiticheskoy khimii [Tekst] : T. 14. Khimicheskie sensory / pod red. Yu. G. Vlasova. -M. : Nauka, 2011. - 399 s.
