Detail publikačního výsledku
Application of New Resin Gels for Measuring Mercury by Diffusive Gradients in a Thin-films Technique
DIVIŠ, P.; SZKANDERA, R.; BRULÍK, L.; DOČEKALOVÁ, H.; MATÚŠ, P.; BUJDOŠ, M.
Original Title
Application of New Resin Gels for Measuring Mercury by Diffusive Gradients in a Thin-films Technique
English Title
Application of New Resin Gels for Measuring Mercury by Diffusive Gradients in a Thin-films Technique
Type
Peer-reviewed article not indexed in WoS or Scopus
Original Abstract
A possible replacement of previously recommended Spheron-Thiol resin gel for measuring mercury by diffusive gradients in a thin film (DGT) was studied. Duolite GT73 resin and newly prepared 6-mercaptopurine modified Iontosorb AV as binding phases were tested. The preparation procedure of resin-embedded gets was optimized and DGT with new resin gels verified. The verified DGT containing new resin gels was used for in situ mercury measurement in Svitava River.
English abstract
A possible replacement of previously recommended Spheron-Thiol resin gel for measuring mercury by diffusive gradients in a thin film (DGT) was studied. Duolite GT73 resin and newly prepared 6-mercaptopurine modified Iontosorb AV as binding phases were tested. The preparation procedure of resin-embedded gets was optimized and DGT with new resin gels verified. The verified DGT containing new resin gels was used for in situ mercury measurement in Svitava River.
Keywords
DGT, mercury, resin gels, surface water
Key words in English
DGT, mercury, resin gels, surface water
Authors
DIVIŠ, P.; SZKANDERA, R.; BRULÍK, L.; DOČEKALOVÁ, H.; MATÚŠ, P.; BUJDOŠ, M.
RIV year
2010
Released
10.04.2009
ISBN
0910-6340
Periodical
ANALYTICAL SCIENCES
Volume
25
Number
4
State
Japan
Pages from
575
Pages to
578
Pages count
4
Full text in the Digital Library
BibTex
@article{BUT48230,
author="DIVIŠ, P. and SZKANDERA, R. and BRULÍK, L. and DOČEKALOVÁ, H. and MATÚŠ, P. and BUJDOŠ, M.",
title="Application of New Resin Gels for Measuring Mercury by Diffusive Gradients in a Thin-films Technique",
journal="ANALYTICAL SCIENCES",
year="2009",
volume="25",
number="4",
pages="575--578",
issn="0910-6340"
}