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J. M. Gaidis 1988 Mathematical Model for Freeze-Thaw Durability of Concrete Journal of the American Ceramic Society 71 9 776
dimensional mathematical model of heat transmission of building structures (in Hungarian) Hungarian Research Found OTKA T 038336, 2006. William S. J. Engineering heat transfer , Second Edition, CRC Press, New
of load, which are linear or non-linear. Emphasis was placed on creating a mathematical model describing the two cases using an estimated algorithm to give a mathematical relationship between the load in terms of the length of the spring and the
intermediate heat exchangers for the MTO process at the initial reaction stage is introduced in this study. A pseudo-homogeneous one-dimensional mathematical model is established and solved by the fourth-order Runge-Kutta integration method. Under the condition
Ecuadorian professional football league, whose annual season calendars have been drawn up since 2019 through a collaborative effort between league officials and our research team using mathematical models from the field of sports scheduling. Although the
. ( 2015 ) Numerical simulation analysis of a mathematical model of circadian pacemaker neurons . Appl. Math. 6 , 1214 – 1219 . 8. Szűcs , A
Some possible elementary reactions are not included in the classical mathematical models of thermal decomposition. For example, we can assume that in the thermal decompositions of simple carbonates a proportion of the O2− ions produced on the reaction interface can migrate into the interior of the reactant phase, since at this temperature there is some probability of CO2 exchange between an O2− and a neighbouring CO3 2− ion. A similar diffusion-type process can be assumed in a wide class of decomposition reactions. The present state of computer science makes it possible to show by mathematical modelling how this migration influences the TG curves of the simplest contracting-sphere-type reactions. The resulting extended contracting-sphere model can provide the induction and the acceleration period of the TG curves.
Abstract
Progress is reviewed in the authors' works on actinide extraction equilibria (including activity coefficient evaluation from extraction data) and their mathematical modelling (including Tc influence on Pu/U separation).
Abstract
A mathematical model is suggested for the approximation of the monoenergetic gamma-ray spectra obtained by a Ge(Li) detector. Some features of the instrumentation monoline spectra in the energy range upto 2 MeV are considered in detail. Computer program “APPROXIMATSIYA” is described. The program allows to determine the parameters of the mathematical model with the purpose to construct a making up standard spectrum library. The results of the monoline spectrum processing are discussed.
Abstract
Mathematical modeling of toluene oxidation under unsteady state catalyst created by forced oscillations of concentration of toluene in the reactor inlet was carried out. It is shown that, under periodic reactor operation, the benzaldehyde yield was up to several times higher than the steady state value. This was explained by the participation of different oxygen species in the partial and total oxidation on the catalyst surface.
