This paper covers the results of development of corrosion resistant ash alkali-activated
cements based on regulation of phase composition of the hydration products through …

Significant reduction of carbon footprint of the construction industry is achieved through the
use of composite Portland cements. However, substitution levels of additives in the …

Таким чином, є підстави стверджувати про доцільність одержання клінкер-ефективних
низькоемісійних багатокомпонентних цементів шляхом оптимізації гранулометричного …

It was shown that one of the ways for obtaining effective high strength concrete is using ultra-
rapid hardening Portland cement compositions. The possibility of development of such …

It was shown that a significant reduction of CO 2 emissions in construction is achieved
through the using of composite cements with a lower clinker factor. A quaternary composite …

It has been shown that significant reduction of «carbon trace» in construction technology is
achieved by production of clinker-effective concretes based on composite Portland cements …

The peculiarity of alkali-activated slag cements (further, AASC's) is increased proper
deformations, which can cause increased cracking and reduced durability of structure. The …

Анотація The essence of the problem related to proper deformations in alkali-activated
cements (AAC) complicated with high content of gel-like hydrate formations was analyzed …

The role of polydispersity of zeolitic tuff in the realization of its properties as an active mineral
addition and optimization of granulometric composition of concrete at the level of the …

The paper discloses the results of the study of treatment of galvanic wastewater residues by
incorporation into the alkali-activated cement matrix. Leaching of heavy metals from the …