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Bibliografia publikacji pracowników
Państwowej Szkoły Wyższej w Białej Podlaskiej

Baza tworzona przez Bibliotekę Akademii Bialskiej im. Jana Pawła II.


Zapytanie: POLYMER FOAM
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Seria: A Model of Moist Polymer Foam and a Scheme for the Calculation of Its Thermal ConductivityEnergies2020This article belongs to the Special Issue Recent Developments in Building Physics. Wartość wskaźnika IF za 2019 r.1996-10732019/202010.3390/en13030520Nikitsin, Vadzimmoisture diffusionKopia dostępna w Sekcji Bibliometrii.FINAL_PUBLISHEDThis paper proposes a method for determining an effective value of the thermal conductivity for moist, highly porous rigid polym, Vol. 13, CC-BY, issue 3, x, AT_PUBLICATION ; 2021-07-02, 11:46 ; article number 520, 3426878829, OPEN_JOURNAL, 3324029093
Charakterystyka formalna: binary system (vapor-gas mixture and water) with isolated inclusions. With an increase in moisture content, isolated water inclusions merge, forming a continuous layer, and pore space is considered as a binary system of interpenetrating components. The thermal conductivity of the vapor-gas mixture is represented as the sum of the thermal conductivity of the dry gas and the thermal conductivity of the vapor caused by the diffusion transfer of vapor in the pore space, taking into account the coefficient of vapor diffusion resistance. Using the proposed scheme of calculation, a computational experiment was performed to establish the influence of the vapor diffusion, moisture content, and average temperature of the foam on its thermal conductivity.^apolymer foam^aporous structure modeling^athermal conductivity
Charakterystyka wg MNiSW: 1073^bQ^iX^jXY^kQ005673^a003^b003^c2020-04-17, 14:10^d2021-07-02, 11:46^e3426878829^f3324029093^aA Model of Moist Polymer Foam and a Scheme for the Calculation of Its Thermal Conductivity^aEnergies^a2020^bVol. 13^cissue 3^darticle number 520^aThis article belongs to the Special Issue Recent Developments in Building Physics. Wartość wskaźnika IF za 2019 r.^a1996-1073^a2019/2020^a10.3390/en13030520^aNikitsin, Vadzim^cx^amoisture diffusion^aKopia dostępna w Sekcji Bibliometrii.^aFINAL_PUBLISHED^bCC-BY^cAT_PUBLICATION^eOPEN_JOURNAL^aThis paper proposes a method for determining an effective value of the thermal conductivity for moist, highly porous rigid polymer foams. The model of moist foam based on an ordered structure with interpenetrating components was developed in accordance with the moisture distribution in the pore space. With small moisture content, isolated water inclusions are formed, and the pore space is considered as a binary system (vapor-gas mixture and water) with isolated inclusions. With an increase in moisture content, isolated water inclusions merge, forming a continuous layer, and pore space is considered as a binary system of interpenetrating components. The thermal conductivity of the vapor-gas mixture is represented as the sum of the thermal conductivity of the dry gas and the thermal conductivity of the vapor caused by the diffusion transfer of vapor in the pore space, taking into account the coefficient of vapor diffusion resistance. Using the proposed scheme of calculation, a computational experiment was performed to establish the influence of the vapor diffusion, moisture content, and average temperature of the foam on its thermal conductivity.^apolymer foam^aporous structure modeling^athermal conductivity
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  • ystem (vapor-gas mixture and water) with isolated inclusions. With an increase in moisture content, isolated water inclusions merge, forming a continuous layer, and pore space is considered as a binary system of interpenetrating components. The thermal conductivity of the vapor-gas mixture is represented as the sum of the thermal conductivity of the dry gas and the thermal conductivity of the vapor caused by the diffusion transfer of vapor in the pore space, taking into account the coefficient of vapor diffusion resistance. Using the proposed scheme of calculation, a computational experiment was performed to establish the influence of the vapor diffusion, moisture content, and average temperature of the foam on its thermal conductivity.^apolymer foam^aporous structure modeling^athermal conductivity



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