Detail publikačního výsledku

Modeling of metal pollutant transport in natural humic environments

SEDLÁČEK, P.; KLUČÁKOVÁ, M.

Originální název

Modeling of metal pollutant transport in natural humic environments

Anglický název

Modeling of metal pollutant transport in natural humic environments

Druh

Stať ve sborníku v databázi WoS či Scopus

Originální abstrakt

This contribution introduces newly developed method for metal ions diffusion study in humic gel. The main aim was to check the applicability of used experimentation (designed apparatus, mathematical model) in diffusion experiments. The experimental part focused mainly on determination of Cu2+ ions diffusion coefficient in humic gel and on the influences of copper(II) solution concentration and diffusion time on the total diffusion flux across the solution-gel interface.

Anglický abstrakt

This contribution introduces newly developed method for metal ions diffusion study in humic gel. The main aim was to check the applicability of used experimentation (designed apparatus, mathematical model) in diffusion experiments. The experimental part focused mainly on determination of Cu2+ ions diffusion coefficient in humic gel and on the influences of copper(II) solution concentration and diffusion time on the total diffusion flux across the solution-gel interface.

Klíčová slova

humic, transport, diffusion, remediation

Klíčová slova v angličtině

humic, transport, diffusion, remediation

Autoři

SEDLÁČEK, P.; KLUČÁKOVÁ, M.

Vydáno

01.09.2007

Nakladatel

Technical University of Denmark

Místo

Copenhagen

ISBN

978-87-91435-56-0

Kniha

ECCE-6 Book of Abstracts. Volume 1

Strany od

995

Strany do

996

Strany počet

2

BibTex

@inproceedings{BUT23713,
  author="Petr {Sedláček} and Martina {Klučáková}",
  title="Modeling of metal pollutant transport in natural humic environments",
  booktitle="ECCE-6 Book of Abstracts. Volume 1",
  year="2007",
  pages="995--996",
  publisher="Technical University of Denmark",
  address="Copenhagen",
  isbn="978-87-91435-56-0"
}