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On the functional integral equations of mixed type and integro-differential equations of fractional orders

机译:关于混合型泛函积分方程和分数阶积分微分方程

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The existence of monotonic solution for the functional integral equation of the mixed typex(t) = g(t) + integral(0)(1) k(1)(t,s)f(1) (s, integral(0)(s) k(2)(s,tau)f(2)(tau,x(tau)) dtau) dswill be proved in L-1 [0, 1]. Such kind of equations plays a significant role in many branches of mathematical physics, engineering and economics. On the other hand, our considered equation are the general form of Hammerstein and Volterra integral equations (see [4] and [5]).As an application we prove the existence of solution for the initial value problem of the fractional order integro-differential equation.dx(t)/dt = g(t) + integral(0)(1) k(1)(t,s)f(1)(s,D(beta)x(s))ds, beta is an element of (0,1]. (C) 2003 Elsevier Inc. All rights reserved.
机译:混合型泛函积分方程x(t)= g(t)+积分(0)(1)k(1)(t,s)f(1)(s,积分(0) (s)k(2)(s,tau)f(2)(tau,x(tau))dtau)ds将在L-1 [0,1]中证明。这种方程式在数学物理学,工程学和经济学的许多分支中都起着重要作用。另一方面,我们考虑的方程是Hammerstein和Volterra积分方程的一般形式(参见[4]和[5])。作为一个应用,我们证明了分数阶积分微分初值问题解的存在性dx(t)/ dt = g(t)+积分(0)(1)k(1)(t,s)f(1)(s,Dβxx(s))ds (0,1]的元素。(C)2003 Elsevier Inc.保留所有权利。

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