Journal
From the point of view of practice the issue of eliminating the disadvantages of non-autoclaved aerated concrete (NAAC) in comparison with the autocla...
| Issue №6 |
| Section: Waste utilization |
| Keywords: non-autoclaved aerated concrete, high-calcium ash from thermal power plants, phase composition of hydrates, differential thermal analysis |
| Autor: G.I. Ovcharenko, Y.V. Gilmiyarova. |
The design, engineering and technological docu-mentation is developed and a complex of equipment is manufactured for the process line of autoclaved ae...
| Issue №3, 2022 |
| Section: Equipment and technology |
| Keywords: innovative material, increased strength, thermal-insulating properties, cutting of solid monolith, autoclave curing, gas concrete, automation, geometry fidelity, process line, equipment |
| Autor: A.Y. Panychev, A.V. Benin, V.Y. Solovieva, V.A. Chernakov, A.V. Khitrov. |
The aim of the research was to study the influence of high calcium ash (HCA) of thermal power plants of different composition and properties o...
| Issue №3, 2022 |
| Section: Application of cement |
| Keywords: cement-ash stone deformations, autoclave curing, steam curing, three-parameter models, correlation factors |
| Autor: G.I. Ovcharenko, E.Y. Khizhinkova. |
The purpose of this work was to develop a composition for non-autoclaved aerated concrete reinforced with powdered basalt waste (PBW) and fibr...
| Issue №3, 2016 |
| Section: Waste utilization |
| Keywords: not autoclave gas concrete, superplastisizer SP-1, dust-like basalt waste, not autoclave gas concrete, fibrous basalt waste, crack resistance, strength coefficient |
| Autor: V.V. Belov, Rushdie Ahmed Ali. |
The optimum (for the maximum compressive strength and minimal consumption of cement) ratio of the components, mineral and chemical additives w...
| Issue №6, 2015 |
| Section: Concrete |
| Keywords: superplasticizer C-3, mineralpowder, silicafume, non-autoclavedaerated concrete |
| Autor: V.V. Belov, Rushdie Ahmed Ali. |
The article describes the production technology of alternative fuels by the autoclave method.
It is shown that, when using this technology for process...
| Issue №1, 2008 |
| Section: Waste utilization |
| Keywords: autoclave, dust, sterilization, solid waste |
| Autor: О.N. Kaigorodov. |
The effect of the modifying sulfoaluminoferrite (SAF) additive on the composition and structure of the products formed in the process of hydro...
| Issue №5, 2011 |
| Section: Concrete |
| Keywords: hydrosilicate hardening, structure, sulfoaluminateferrite additive, chemical reinforcing, ironsubstituted hydrosilicates of calcium, autoclave aerated concrete |
| Autor: A.A. Mechai, E.I. Baranovskaya. |
The results of research on optimization of the composition of sulfomineral additives and their influence on the formation of composition, structure an...
| Issue №5, 2010 |
| Section: Science and production |
| Keywords: autoclave aerated concrete; sulfomineral additives; chemical reinforcing; lowbasicity hydrosilicates of calcium. |
| Autor: A.A. Mechai, E.I. Baranovskaya. |
The study contributes to the knowledge of properties of autoclaved aerated concrete (AAC) formed with the utilization of modified raw material...
| Issue №4, 2012 |
| Section: Waste utilization |
| Keywords: fluidized fly ash, fluid fly ash, autoclaved aerated concrete, thaumasite |
| Autor: M. Drábik, S. Balkovic, M. Peteja. |
The paper describes the properties and the basics of the new technology of binding materials, collectively known as “Celitement”, developed by Celitem...
| Issue №2, 2015 |
| Section: New materials |
| Keywords: Celitement, calcium hydrosilicates, the autoclave process, the activation grinding |
| Autor: H. Moeller. |