An overview of the results of dissertation research in the field of nanotechnology and nanomaterials. Part 3
Обзор результатов диссертационных исследований в области нанотехнологий и наноматериалов. Часть 3

A.I. Karpov
2015 Nanotehnologii v Stroitelʹstve  
ExtEndEd AbstrAct: To popularize scientific achievements the main results of Russian and foreign scientists' research are published in the form of abstract. The research «Increasing of concrete strength with carbon nanotubes by means of hydrodynamic cavitation» contains the calculation of prime cost of the main raw components which are necessary to produce fine-grained concrete with strength class B55, that demonstrates the economic efficiency of application of CNT as modifying additive for
more » ... ng additive for cement composites. Modification of concrete matrix with CNT leads to higher breaking point of compressive strength and that makes it possible to reduce discharge intensity of cement by the strength unit of the material. In this case introduction of 0,05% initial CNT of binder mass into concrete led to 1,5 times increased strength-to-weight ratio. The amount of saved resources was determined as the cost difference between amount of raw materials which are necessary to produce concrete B55 class of traditional composition and the concrete similar by the class obtained due to introduction of carbon nanomodifier into it. The choice of the cost of 1 gram of multilayer CNT was based on the analysis of commercial offers of Russian and foreign companies that are specilized in manufacture and realization of carbon nanomaterials. The review of the results of master, Ph.D. and Doctorates research in the area of nanotechnologies, nanomaterials, housing and communal services and joint economic spheres 2015 • Vol. 7 • no. 4 / 2015 • Том 7 • № 4 97 The specialists may be also interested in the research held by Podgorny I.I. «Materials of autoclave hardening with the use of nanostructured modifier based on magnetic rock of acid content», Satjukov А.B. «Nanomodified composite binder for special construction mortars», Hammadi Mustafa Abdul Madzhid Hamid «The method to nanomodify cement concretes with nanomortar», Altynnik N.I. «Aeroconcrete of autoclave hardening with the use of nanostructured modifier», Volkov D.S. «Complex approaches to characterization of nanodiamonds of detonation synthesis and their colloid solutions», Ermolin М.S. «Rectification of nano-and microparticles in rotating spiral frames when analyzing polydispersed samples», Aloviddinov А.D. «Investigation of the structure of mechanical and electrophysical properties of natural fibers modified by nanosize particles», Kiselev D.G. «Nanomodified sulphur binders for building materials of general and special purpose», Emelianov А.I. «Polymer metal-containing nanocomposites based on 1-vinyl-1,2,4triazole», Serchacheva N.S. «Polystyrene suspensions containing nanoparticles of metal oxides», Korotkih D.N. «Increased strength and crack resistance of the structure of modern cement concretes: the problems of material science and technology», Soloviova Т.А. «Efficient cement compositions modified with carbon materials» et al. References: 1. Petrunin S.Yu. Povyshenie prochnosti betona uglerodnymi nanotrubkami s primeneniem gidrodinamicheskoj kavitacii [Increasing of concrete strength with car-
doi:10.15828/2075-8545-2015-7-4-96-114 fatcat:av7yztfcj5caxhygazzqglvrmu