Issue: 2(22), 2012. Series: Multi-Topic

RESEARCH OF BIOLOGICAL FIRMNESS OF BUILDING COMPOSITES IN VIEW OF THEIR AGEING

UDK: 620.1:691.32

Yerofeyev V. T., Bogatov A. D., Bogatova S. N., Kaznacheyev S. V., Smirnov V. F., Zakharova E. A.

Microorganisms are able to occupy surfaces of all tested kinds of binding substances used widely when getting building constructions and products. However their specific and quantitative structures are various under identical service conditions. Having compared quantity of kinds and types of the mushrooms developing on samples of bindings, it is possible to define efficiency of application of those or other building composites and to choose the most suitable materials for corresponding service conditions. It is proved experimentally that composites based on alkali glass bindings possess greater stability in biologically aggressive environments.

---

Other articles in section

UDK: 621.65/.69-033.6
Dushko O. V.
RELIABILITY IMPROVEMENT OF MASSIVE HYDROELECTRIC UNITS USING CERAMIC MATERIALS
Go

UDK: 62-2-044.952
Dushko O. V.
METHOD OF MATHEMATICAL PROCESSING OF MICROSTRUCTURES OF RUBBING SOLIDS SURFACE
Go

UDK: 502.51:537.8:666.9
Bazhenov Y. M., Fomichev V. T., Yerofeyev V. T., Fedosov S. V., Matvieskiy A. A., Osipov A. K., Emelyanov D. V., Mitina E. A., Yudin P. V.
THEORETICAL JUSTIFICATION OF GETTING CONCRETE BASED ON ELECTROCHEMICALLY AND ELECTRO-MAGNETICALLY ACTIVATED WATER FOR MAKING CONCRETE
Go

UDK: 691.421.001.5(470.40)
Gracheva Y. V., Glukhova M. V.
RESEARCH OF POSSIBILITY OF USE OF AGRILLA OF PENZA DEPOSIT IN MANUFACTURE OF WALL CERAMIC MATERIALS (PART 1)
Go

UDK: 691.115
Yartsev V. P., Markin A. A.
EFFECT OF INDUSTRIAL WASTES ON PHYSICAL AND MECHANICAL PROPERTIES OF WOOD POLYESTER COMPOSITE
Go