Recently, Akhmet [40] proposed and developed a powerful analytical method, B-equivalence, which can reduce the state-dependent impulsive system to the fixed-time one that is expected to be the comparison system.
An analytical proof of the equivalence of both models is presented.
The analytical results demonstrate the asymptotic equivalence between stochastic energy sources and deterministic energy sources.
In a 2013 review of two decades of research on possible unintended compositional changes in GM crops, two senior scientists state that such GM crops have been subjected to a large number of analytical studies, which confirm compositional equivalence.
Analytical results show a substantial equivalence of FCC and HCP ordering, thus implying, in large structures, the possibility of multiple switching between the two, without altering the overall optimality of the configuration.
Calculations described in this article may serve to guide analytical modeling of the response of combustion to equivalence ratio inhomogeneities.
The performance of the equivalence test in the context of analytical method transfers was investigated by means of a simulation study.
This formulation, with results obtained in a previous work, allows for the construction of an analytical solution valid over a large range of equivalence ratios.
Tests of cross-country equivalence were performed using a factor analytical framework and through tests of (1) the full MI of the scales and (2) the MI with alignment.
The current study identifies the effective parameters in the damage equivalence factors through a step-by-step analytical approach.
