Journal
The issue of cement plastification in alkaline environment determined by the presence of alkali metal compounds, and the ways of its solution, was ana...
Issue №5, 2015 |
Section: Science and production |
Keywords: alkaline cement, plastification, chemical admixture, surfactant, alkaline cement, granulated blast furnace slag, cement paste, plastic strength, compatibility |
Autor: P.V. Krivenko, R.F. Runova, I.I. Rudenko. |
A study was made of hydration of mixed cements including Portland cement clinker and some silica-containing materials. Differences were identified in ...
Issue №4, 2010 |
Section: Science and production |
Keywords: Mixed binders; granulated blast furnace slag; ash-slag waste; cement hydration; strength growth of cement stone |
Autor: V.A. Svidersky, V.V. Tokarchuk, N.E. Sobolev, S.N. Chepurko. |
The European cement standard EN 197-1 defines Portland composite cements (CEM II-M) which are characterized by two or more main constituents i...
Issue №1, 2011 |
Section: Application of cement |
Keywords: cement standard; durability; Portland composite cement; granulated blast furnace slag |
Autor: R. Härdtl, M. Dietermann, K. Schmidt. |
The paper examines the influence of ground limestone on the properties of self-compacting concrete, which contains Portland cement as a binder and gro...
Issue №4, 2014 |
Section: Concrete |
Keywords: self-compacting concrete, ground limestone, Portland cement, ground granulated blast furnace slag, polycarboxylate-based superplasticizer |
Autor: O.M. Smirnova, O.E. Makarevich. |
Experimental studies and thermodynamic calculations of the kinetics of hydration of alite and ordinary Portland cement (PC) were carried out. ...
Issue №2, 2013 |
Section: Science and production |
Keywords: cement, mortar, industrial wastes, granulated blast furnace Slag |
Autor: Th. Matschei, M. Costoya. |
Cement industry contributes to the recycling of resources by using various industrial wastes and by-products in Japan. Therefore, the comprehensive ma...
Issue №2, 2013 |
Section: Waste utilization |
Keywords: cement, mortar, industrial wastes, granulated blast furnace slag |
Autor: E. Sakai, D. Atarashi, M. Miyauchi, E. Maruya. |