Publication detail
INFLUENCE OF ADDITION OF FINE GROUND BLAST FURNACE GRAINED SLAG ON PROPERTIES OF GYPSUMFREE CEMENTS
BROŽOVSKÝ, J., BROŽOVSKÝ, J.
Original Title
INFLUENCE OF ADDITION OF FINE GROUND BLAST FURNACE GRAINED SLAG ON PROPERTIES OF GYPSUMFREE CEMENTS
English Title
INFLUENCE OF ADDITION OF FINE GROUND BLAST FURNACE GRAINED SLAG ON PROPERTIES OF GYPSUMFREE CEMENTS
Type
conference paper
Language
en
Original Abstract
This paper evaluates effects of addition of fine ground blast furnace grained slag on both initial/final setting time and strength properties of gypsumfree cement. Slag has been dosed in quantities 0 to 50% of clinker mass by 10% rate. Increasing proportion of fine ground blast furnace grained slag leads to binder enhancement of initial setting time even if it is a matter of just minutes.
English abstract
This paper evaluates effects of addition of fine ground blast furnace grained slag on both initial/final setting time and strength properties of gypsumfree cement. Slag has been dosed in quantities 0 to 50% of clinker mass by 10% rate. Increasing proportion of fine ground blast furnace grained slag leads to binder enhancement of initial setting time even if it is a matter of just minutes.
Released
01.01.2004
Publisher
VTU Vilnius
Location
Vilnius Litva
ISBN
9986-05-722-1
Book
International Conference on Modern Building Materials, Structures and Techniques
Pages from
S1
Pages count
1
Documents
BibTex
@inproceedings{BUT12921,
author="Jiří {Brožovský} and Jiří {Brožovský}",
title="INFLUENCE OF ADDITION OF FINE GROUND BLAST FURNACE GRAINED SLAG ON PROPERTIES OF GYPSUMFREE CEMENTS",
annote="This paper evaluates effects of addition of fine ground blast furnace grained slag on both initial/final setting time and strength properties of gypsumfree cement. Slag has been dosed in quantities 0 to 50% of clinker mass by 10% rate. Increasing proportion of fine ground blast furnace grained slag leads to binder enhancement of initial setting time even if it is a matter of just minutes.",
address="VTU Vilnius",
booktitle="International Conference on Modern Building Materials, Structures and Techniques",
chapter="12921",
institution="VTU Vilnius",
year="2004",
month="january",
pages="S1",
publisher="VTU Vilnius",
type="conference paper"
}