نتایج جستجو برای: diamond alpha integral
تعداد نتایج: 335683 فیلتر نتایج به سال:
The theory and applications of dynamic derivatives on time scales have recently received considerable attention. The primary purpose of this paper is to give basic properties of diamond-α derivatives which are a linear combination of delta and nabla dynamic derivatives on time scales. We prove a generalized version of Jensen’s inequality on time scales via the diamond-α integral and present som...
In this paper, we give a generalization of the reverse H\"{o}lder's diamond-$\alpha$ inequality on time scales by introducing two parameters. We note that many inequalities related to can be obtained via inequality.
Keywords: Diamond-α integral Time scale Hölder inequality Minkowski's inequality a b s t r a c t In this paper, we establish a functional generalization of the diamond-α integral reverse Hölder inequality on time scales. Some related inequalities are also considered.
We present symmetric Rogers--Hölder's inequalities on time scales when $frac{1}{p}+frac{1}{q}+frac{1}{r}=0$ and $frac{r}{p}+frac{r}{q}$ is not necessarily equal to $1$ where $p,$ $q$ and $r$ are nonzero real numbers.
We study diamond-alpha integrals on time scales. A diamond-alpha version of Fermat’s theorem for stationary points is also proved, as well as Rolle’s, Lagrange’s, and Cauchy’s mean value theorems on time scales. Mathematics Subject Classification 2000: 26A42; 39A12.
عنصر کربن شامل آلوتروپ های گرافیت، الماس و کرباین است. اخیراً در آزمایش های مختلفی ساختاری بلوری از عنصر کربن مشاهده شده که با دیگر ساختارهای کربنی متفاوت است. در مورد نوع ساختار این فاز جدید کربنی که n-diamond نامیده شده اتفاق نظر وجود ندارد. اولین بار ژارکوف و پالاتنیک پیشنهاد کردند که این فاز، یک ساختار fcc از کربن است. از آنجایی که ساختار n-diamond یک ساختار فراپایدار است، موریتا و همکارانش ...
in this paper, we consider a general integral operator $g_n(z).$ the main object of the present paper is to study some properties of this integral operator on the classes $mathcal{s}^{*}(alpha),$ $mathcal{k}(alpha),$ $mathcal{m}(beta),$ $mathcal{n}(beta)$ and $mathcal{kd}(mu,beta).$
A nonlinear integral-differential equation describing the cellular front of an overdriven detonation is obtained by an analysis carried out in the neighborhood of the instability threshold. The analysis reveals both an unusual mean streaming motion, resulting from the rotational part of the oscillatory flow, and pressure bursts generated by the crossover of cusps representative of Mach stems pr...
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