Detail publikačního výsledku

Different methods used for superplasticizer content analysis

KRÁTKÝ, J., HOLEŠINSKÝ, R., MAKALOUŠOVÁ, E., ŠILER, P., BRANDŠTETR, J.

Original Title

Different methods used for superplasticizer content analysis

English Title

Different methods used for superplasticizer content analysis

Type

Paper in proceedings (conference paper)

Original Abstract

For the manufacture of the tailored concretes, the chemical modifying admixtures are used for many years. Ones of the important chemical modifying admixtures are superplasticizers (SP), synthetic water soluble polymers facilitating the dispersion of the mineral particles, which leads to the improved workability of the pastes and the reduction of the required amount of the mixing water. The article shows and compare different methods which can be used for superplasticizer content determination.

English abstract

For the manufacture of the tailored concretes, the chemical modifying admixtures are used for many years. Ones of the important chemical modifying admixtures are superplasticizers (SP), synthetic water soluble polymers facilitating the dispersion of the mineral particles, which leads to the improved workability of the pastes and the reduction of the required amount of the mixing water. The article shows and compare different methods which can be used for superplasticizer content determination.

Keywords

superplasticizer, adsorption

Key words in English

superplasticizer, adsorption

Authors

KRÁTKÝ, J., HOLEŠINSKÝ, R., MAKALOUŠOVÁ, E., ŠILER, P., BRANDŠTETR, J.

Released

20.09.2005

Location

Brno

ISBN

0009-2770

Book

Chemické listy

Pages from

461

Pages to

462

Pages count

2

Full text in the Digital Library

BibTex

@inproceedings{BUT15665,
  author="Josef {Krátký} and Jiří {Brandštetr} and Pavel {Šiler} and Eva {Makaloušová} and Radek {Holešinský}",
  title="Different methods used for superplasticizer content analysis",
  booktitle="Chemické listy",
  year="2005",
  pages="461--462",
  address="Brno",
  isbn="0009-2770"
}