Such kind of methods cannot directly link the obtained optimal battery sizes to input parameters and requires case-by-case analysis.
Such kind of methods utilizes supercritical organic fluids which are highly pressurized, enriched with a liquid indium and antimony as precursors, such as antimony trichloride and indium III) chloride, and nanoparticles of metal catalyst [44, 64], as shown in Fig. 2f.
Such kind of C-free method can be applied to synthesize other materials nanowires by decomposing-related compound.
Such kind of a second-order method on a variable mesh network is known as supra-convergent scheme [29].
Furthermore, by using an iterative algorithm due to the penalized gradient projection method, adaptive finite element method, edge stabilization Galerkin method, variational iteration method, etc., such kind of problems as (1.2) or (1.3) were considered by many authors and researchers.
It is worth to note that some other methods are also appropriate for solution of such kind of problem, for example predictor-corrector method [19], Podlubny's matrix approach [21, 22], quadrature formula approach [23], multistep method [24], and frequency (Oustaloup's) method [6], but it has some restrictions, especially for the fractional nonlinear models [25].
One of the most promising methods of such kind of removal is based on adsorption of heavy metals on artificial adsorbents [1, 2].
Whatever is the cause of this phenomenon, it does not affect applicability of the proposed method to analyse such kind of foodstuffs simply because neither aspartame nor neotame are used during production of fish marinades.
Evolutionary techniques (ET) have turned out to be potent methods to solve such kind of optimization problems.
The proposed routing method is based on such kind of sensing function.
