Equation [Equation ] is a generalized form for description of systems where exciton recombination is hindered, this also may have been the case to a certain extent, but this equation has degenerate parameters d and s, Hausdorf and spectral dimensionalities, respectively, which are different measures of self-similarity of a material network, this model (percolation model) assumes there are traces which acceptor has to travel towards donor for effective quenching process. Here we refrained from these two quite desirable possibilities for system analysis. Unlike in work of Levitz et.al., where carrier matrix is similar across decays (such that d/s or one of parameters could be fixed) providing rationales for their use in diffusion-hindered systems, systems of pore-adsorbed fluorophores (percolation model) and systems with limited degrees of freedom for RET processes, we assume our systems to be barely organized or spatially constrained. To avoid overinterpretation, we discarded these models until organization could be explicitly stated. Moreover, as seen from careful examination of Equation 3, Equation 4, Equation 5, mentioned models mathematically accommodate each other at certain values of parameters whereas originally serve description of different processes.