MATHEMATICAL MODELING OF ULTRAPOROUS NONMETALLIC RETICULATED MATERIALS

We have developed an imitation statistical mathematical model refl ecting the structure and the thermal, electrophysical, and optical properties of nonmetallic ultraporous reticulated materials. This model, in combination with a nonstationary thermal experiment and methods of the theory of inverse heat transfer problems, permits determining the little-studied characteristics of the above materials such as the radiative and conductive heat conductivities, the spectral scattering and absorption coeffi cients, the scattering indicatrix, and the dielectric constants, which are of great practical interest but are diffi cult to investigate.
   
Author:  O. M. Alifanov, V. V. Cherepanov, and A. V. Morzhukhina
Keywords:  reticulated nonmetallic ultraporous materials, reticulated porous ceramics and vitreous carbon, imitation mathematical model.
Page:  124