Reports of the IХ International conference «Nanotechnologies in construction», 17–21 March 2017, Sharm-el-Sheikh, Egypt |
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R. HELA, L. BODNAROVA, T. JAROLIM, M. LABAJ Carbon Nanotubes Dispersion, Concentration, and Amount of Ultrasound Energy Required
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4-9 |
G.I. YAKOVLEV, Yu.O. MIKHAILOV, Yu.N. GINCHITSKAYA, O. KIZINIEVICH, P.A. TAIBAKHTINA, Yu.A. BALOBANOVA The Construction Ceramics Modified by Dispersions of Multi-Walled Carbon Nanotubes |
10-13 |
K.A. KISLYAKOV, G.I. YAKOVLEV, G.N. PERVUSHIN Properties of Сement Сomposition with Addition of Crushed Clay Brick and Microsilica
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14-18 |
L.A. URKHANOVA, S.L. BUYANTUEV, S.A. LKHASARANOV, A.B. KHMELEV, A.A. URKHANOVA Modification of Cement and Concrete with Carbon Nanomaterials Obtained from Coal Cake
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19-25 |
A.E.M.M. ELREFAI,, I.A. PUDOV, G.I. YAKOVLEV, S.A. SENKOV, A.F. BURYANOV Combining Additives of Various Genesis for Enhancing Modification of Concrete
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26-30 |
S.V. LEONT’EV, V.A. SHAMANOV, A.D. KURZANOV, G.I. YAKOVLEV Multiobjective Optimization of the Lightweight Autoclaved Aerated Concrete Modified with Carbon Nanotubes Dispersions
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31-40 |
K.A. SARAYKINA, V.A. SHAMANOV, V.A. GOLUBEV, G.I. YAKOVLEV Prediction of Durability Basaltfiberconcrete Modified with Nanostructural Additives
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41-44 |
V.G. SOLOVYEV, A.V. EREMIN, D.M. ELISEEV, A.F. BURYANOV Improvement of Water Resistance of Gypsum Binder by Paraffin Emulsion
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45-49 |
V.V. STROKOVA, D.D. NETSVET, V.V. NELUBOVA, I.V. SERENKOV Properties of Composite Binder Based on Nanostructured Suspension
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50-54 |
V.G. KHOZIN, R.K. NIZAMOV, L.A. ABDRAKHMANOVA Modification of Construction Polymers (Polyvinylchloride and Epoxy) by Single-wall Carbon Nanotubes
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55-61 |
Modern concretes: science and practice |
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V.I. KALASHNIKOV, O.V. TARAKANOV About the Use of Complex Additives in Concretes of a New Generation |
62-67 |
S.N. TOLMACHEV, E.A. BELICHENKO Influence of Entrained Air on Properties of Road Concrete and Fibrous Concrete
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68-72 |
T.A. MUKHAMEDIEV, A.I. ZVEZDOV Features of Calculation of Durability of Reinforced Concrete Structures Strengthened with Composite Materials
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73-77 |
G.A. KORABLEVA, S.V. VAVRENIUK Rock Refuse of Coal Mining with a High Potential Reaction Capability in Light Mortars and Concretes
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78-81 |
N.K. ROZENTAL, V.F. STEPANOVA, G.V. CHEKHNY About Maximum Admissible Content of Chlorides in Concrete
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82-85 |
V.N. VERNIGOROVA, S.M. SADENKO About Nonstationarity of Physical-Chemical Processes Occurring in Concrete Mix
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86-89 |
Materials and equipment |
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M.K. KABANOVA, S.A. TOKAREVA, P.P. UVAROV Main Criteria are Safety, Ecological Compatibility and Durability of Building Materials |
90-93 |
A.A. KUSTOV, A.M. IBRAGIMOV Mathematical Models of Technical Fabrics with Coating
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94-98 |
V.G. KUZNETSOV, N.N. KISELEV, E.V. KOCHETOV, I.P. KUZNETSOV Reducing the Influence of Stickiness of Rocks and Raw Materials on Working Efficiency of Equipment Due To Application of PPFP-Astiki
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99-112 |
Results of scientific research |
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N.I. KOZHUKHOVA, D.N. DANAKIN, I.V. ZHERNOVSKY Features of Producing Geopolymeric Gas Concrete on the Basis of Fly Ash of Novotroitskaya TPS
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113-117 |
E.V. KOROLEV, A.N. GRISHINA, A.P. PUSTOVGAR Surface Tension in Structure Formation of Materials. Significance, Calculation, and Application
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104-109 |
A.A. PAK, R.N. SUKHORUKOVA Features of Technology of Gas Concrete Products and Proposals for Its Enhancement
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110-117 |
The International Scientific-Practical Conference «Building Materials, Constructions and Designs of XXI Century» (Information) |
118 |