It can be used to deal with viscoelastic problems and disordered media to examine structures, semiconductors and dielectrics.
This is the case of nonregular surfaces, disordered media, structures with specific properties of scattering, and so forth.
The analysis of transport phenomena with chemical reaction in disordered media requires a detailed characterization of the geometrical structure of the medium.
A two-dimensional (2D) analysis model is proposed to explain the temperature-dependent laser action from the superconductor based disordered media.
The random lasing from the disordered media composed of ND: YAG gain and superconducting scattering material is investigated by solving Maxwell's equations and rate equations of electronic population simultaneously.
Neat films of the triazine compounds displayed significant fluorescence quenching accompanied by a non-exponential excited-state decay profile which was attributed to migration-assisted exciton quenching at non-radiative decay sites in disordered media.
The time-fractional diffusion-wave equation (1.1). is a mathematical model of important physical phenomena ranging from amorphous, colloid, glassy, and porous materials through fractals, percolation clusters, random, and disordered media to comb structures, dielectrics and semiconductors, polymers, and biological systems (see [1 10] and references therein).
The importance of de Gennes' model cannot be overstated; it laid the foundation for an entire new field in statistical physics, known as 'diffusion in disordered media'.
Dir. to visit Ukraine to focus on HIV/AIDS and Iodine Deficiency Disorders MEDIA ADVISORY, 7 May 2004 – UNICEF Executive Director Carol Bellamy visits Ukraine to focus attention on disproportionate impact that HIV/AIDS is having on children and young people, and to support efforts to achieve universal salt iodization.
One reason is that in the land of attention-deficit disorder the media cannot sustain its focus for long.
