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arXiv 0905.2024math.APmath.SP
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带参数抛物型方程非局部初值的边值问题

Boundary-Value Problems with Non-Local Initial Condition for Parabolic Equations with Parameter

J. M. Rassias, E. T. Karimov

摘要:

2002年,J. M. Rassias(Uniformity of正则解for bi-parabolic elliptic bi-bichroic Tricomi problem,复变数,47(8)(2002),707-718)提出并研究了二阶双抛物椭圆双曲混合型偏微分方程。本文考虑了一类带参数退化抛物型方程的非局部初值边值问题。利用经典的“a-b-c”方法,证明了带参数的正倒向抛物型方程的唯一性定理,并研究了某些非局部问题的非平凡解.在混合型偏微分方程的这一领域中的经典参考文献由以下文献给出:J. M. Rassias(Lecture Notes on Mixed Type偏微分方程,World Scientific,1990,pp.1-144)和M. M. Smirnov(Equations of Mixed Type,Translations of Mathematical Monographies,51,American Mathematical Society,Providence,R.I.,1978年,第1 -232页)。其他研究由G.C.Wen等人完成(1990-2007年)。

英文摘要:

In 2002, J.M.Rassias (Uniqueness of quasi-regular solutions for bi-parabolic elliptic bi-hyperbolic Tricomi problem, Complex Variables, 47 (8) (2002), 707-718) imposed and investigated the bi-parabolic elliptic bi-hyperbolic mixed type partial differential equation of second order. In the present paper some boundary-value problems with non-local initial condition for model and degenerate parabolic equations with parameter were considered. Also uniqueness theorems are proved and non-trivial solutions of certain non-local problems for forward-backward parabolic equation with parameter are investigated at specific values of this parameter by employing the classical "a-b-c" method. Classical references in this field of mixed type partial differential equations are given by: J.M.Rassias (Lecture Notes on Mixed Type Partial Differential Equations, World Scientific, 1990, pp.1-144) and M.M.Smirnov (Equations of Mixed Type, Translations of Mathematical Monographies, 51, American Mathematical Society, Providence, R.I., 1978 pp.1-232). Other investigations are achieved by G.C.Wen et al. (in period 1990-2007).

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