Relationship between the composition of functional groups on the surface of hybrid silicophosphate membranes and their proton conductivity

Myakin, S. V.; Sychov, M. M.; Vasina, E. S.; Иванова, А. Г.; Zagrebel’nyi, O. A.; Tsvetkova, I. N.; Шилова, О. А.

doi:10.1134/s1087659614010167

Cited by 23 publications

(19 citation statements)

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“…where λint , λextheat emission coefficients of internal and external surfaces of a structure, W/(m 2 The results of the research, which are in accordance with the ideas in the works [18][19][20][21][22] makes it possible to claim that preservation levels with GEP from 80,4 and higher meet the requirements of the geoenvironment protection. Preservation levels with GEP lower than 80,4 don't keep the natural environment productive for the life of people generations.…”

Section: Resultssupporting

confidence: 78%

Information estimate of natural geosystem preservation in geoconstruction

et al. 2019

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The area of the research is natural geosystem preservation in geoconstruction. The aim of the research is introduction of information assessment of preservaton level using total geoecological parameter in geoconstruction. Three features were chosen as the main geoecological information features of the estimate, prediction and geosystem preservation management, they are: natural raw materials consumption, fuel consumption and useful properties of a mineral geostructure with the end of the life-cycle. Rating method is suggested as a method of the rasearch;it includes conversion of the properties, using certain mathimatical operations into dimensionless values named index of properties. By determining weight factors with the help of expert assessment and bydetermining the sum of productions of indices and coefficients as total geoecological parameter, the study shows the relationship of the latter with the values of the real consumption of natural raw materials, fuel and useful properties of wastes with the end of the life-cycle of a geostructure. Also the study suggests the achieved levels of the preservation and predicted increase of the level takinginto consideration the total geoecological parameter. The results can be used for estimate of any geotechnology in the preservation aspect.

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Section: Resultssupporting

confidence: 78%

Information estimate of natural geosystem preservation in geoconstruction

et al. 2019

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“…The works on concrete article surface modification and heavy metal ion soil detoxification unite the mechanisms of reactions SiO2•nH2O studied by Russian school of academician V.B. Aleskovsky [14][15][16][17][18][19][20][21][22]. In accordance with these works, it can be assumed that the processes of SiO2•nH2O interaction are controlled by the value of solubility product, SP, at the initial act of interaction represented by sorption.…”

Section: Resultsmentioning

confidence: 99%

Soling processes in technologies of civil engineering and environmental protection

et al. 2019

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The paper deals with soling technologies in civil engineering and environmental protection. The object of the interest is silica sol coating, which is formed when a concrete article gets hard in silica sol solution, as well as the sediments of silica sol soil detoxification. The main aim of the research is physical and chemical specificities of soling process. The methods of the study are electronic microscope scanning, x-ray analysis, derivatographic and chemical analysis. It has been found that in silica sol technology, layers of new phases are formed on the surface of cement concrete articles, e.g. calcium hydrates. The depth of the layers has been established. The nature of silica gel after heavy metal soil detoxification has been determined. The prospects of new sol-gel technologies are discussed.

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“…The Table 8 indicates quality improvement of the construction system by means of silica sol absorption. Its main property is water absorption decrease and it acts like the systems described in the papers [15][16][17][18][19][20][21][22].…”

Section: Resultsmentioning

confidence: 99%

Lithosphere preservation in geoconstruction on the base of geoecochemical reactions

2019

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The paper deals with modern geosystem problems and suggests ways of solving them. The main aim of the study is to develop new methods of geosystem preservation on the base of geoecochemistry through geoecochemical reactions. Both theoretical, namely thermodynamic, method and experimental one are used in the research. Three new geoecochemical techniques such as energy economy, soil restoration and alternative technologies are introduced for natural resource preservation. Every technique is estimated with relation to negative changes of Gibb’s free energy. These changes take place as a result of geoecochemical reactions and determine a level of geosystem preservation. Using the first technique it is possible to save energy, a few hundreds of kilojoules per mol, due to formation silicates, phosphates, etc. Other techniques of geosystem restoration are heavy metal ion detoxication and alternative technologies, e.g. lithosynthesis, for natural resource preservation. Geoecochemical techniques of lithosphere preservation can be useful for any geoconstruction technology like soil strengthening, highway and railway construction and other earthwork operations.

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Relationship between the composition of functional groups on the surface of hybrid silicophosphate membranes and their proton conductivity

Cited by 23 publications

References 1 publication

Information estimate of natural geosystem preservation in geoconstruction

Information estimate of natural geosystem preservation in geoconstruction

Soling processes in technologies of civil engineering and environmental protection

Lithosphere preservation in geoconstruction on the base of geoecochemical reactions

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