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The article presents three original methods to determine the pore volume distribution as a function of radius. The simplest method consists in the use of one - dimensional model of building material porosity structure. The method can be used if evidence is not available. The second method is based on the cylindrical model of porosity structure. The method can also be used if evidence is not available. The last, most complicated and most accurate method to determine a pore volume distribution as a function of radius consists in the use of kinetics evidence of capillary rise.
Rocznik
Tom
Strony
581--587
Opis fizyczny
Bibliogr. 7 poz.
Twórcy
autor
- University of Zielona Gora, POLAND, inzynier6@yahoo.com
Bibliografia
- Alsabry A. (2010): Predicting frost resistance in ceramic wall materials based on damp transmission parameters. - Buildings Overview (in Polish), pp.34-40.
- Alsabry A. (2011): Calculation of mass transfer coefficients in capillary-porous building materials. - Buildings Overview (in Polish), 2011/2.
- Alsabry A., Afonin A. and Nikitin V. (2011): Mathematical model of water vapor permeability of capillary-porous materials. - Buildings Overview (in Polish), 2011/4.
- Alsabry A. and Nikitin V. (2005): Determination of moisture penetration factor in the liquid chase of lime-sand brick. - CWB 2/2005, pp. 85-91.
- Korn R. and Korn T. (1970): Guide to mathematics for scientists and engineers. - Moscow. pp.720.
- Mir M. (1990): Digital spectra analysis and its attachments. - pp.584.
- Special functions (formulas, tables, graphs). - Moscow. 1968. pp.344.
Typ dokumentu
Bibliografia
Identyfikator YADDA
bwmeta1.element.baztech-article-BPZ5-0017-0019