Stroitel'nye Materialy №9-2024

DOI: https://doi.org/10.31659/0585-430X-2024-828-9

 


Table of contents: 

Ceramic building materials  
The main forum of Russian brick makers KERAMTEX: rebranding, strategic partnership and rethinking of tasks (Information) 4-10
G.I. STOROZHENKO, T.V. SAPELKINA, Т.Е. SHOEVA, I.M. SEBELEV
Ceramic Materials of Low-Temperature Sintering from Natural and Technogenic Rocks of the Tuva Republic
11-15
E.V. ISTERIN, A.Yu. STOLBOUSHKIN
Optical Microscopy of Ceramic Materials Based on Fly Ash from Thermal Power Plants
16-21
CERAMICS CHINA 2024: Steady Growth of Exposition and Demonstration of Industry Development (Information) 22
L.I. KHUDYAKOVA, I.Yu. KOTOVA, N.M. GARKUSHEVA, P.L. PALEEV
Study of Mechanical Properties of Building Ceramics with the Addition of Non-Traditional Raw Materials
23-28
The IV All-Russian Youth Scientific School on Waste Recycling Technologies gathered leading scientists and students at TvSTU (Information) 29
T.A. DROZDYUK, A.M. AYZENSHTADT, Z.A. PERSHIN, V.E. DANILOV
Fine-Grained Concrete with the Addition of Highly Dispersed Brick Scrap Powder
30-35
N.E. JABBAROVA, E.A. NAJAFOVA, Yu.N. GAHRAMANLY
Properties of Concrete with Brick Waste Aggregate
36-43
I.I. AKULOVA, G.S. SLAVCHEVA, D.S. BABENKO
Competitive Position of Sand-Lime Bricks in the Domestic Market, Threats and Opportunities for Manufacturers
44-50
   
Results of scientific research  
S.-A.Yu. MURTAZAEV, L.R. BEKMURZAEVA, M.Sh. SALAMANOVA, M.S. SAIDUMOV, R.S. VITARGOVA
Ways to Decarbonize the Construction Industry as a Modern Challenge for Obtaining Low-Carbon Building Materials
51-57
D.A. LYASHENKO, V.A. PERFILOV, E.Yu. DUBTSOVA, M.E. NIKOLAEV, V.I. KLIMENKO
Method for Introducing Carbon Nanotubes Into Fine-Grained Concrete
58-62
T.V. REVENOK, V.V. SLEPTSOV, A.O. DITELEVA
Research of Electrode Materials for the Creation of Multifunctional Current Sources with Increased Capacity as a Components of the Energy Sector of an Efficient Urban Environment
63-69

Print   Email