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The determinant of one-dimensional polyharmonic operators of arbitrary order

机译:任意顺序一维多发性运营商的决定因素

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摘要

We obtain an explicit expression for the regularised spectral determinant of the polyharmonic operator P-n = (-1)(n)(partial derivative(x))(2n) on (0, T) with Dirichlet boundary conditions and n a positive integer, and show that it satisfies the asymptotics log(det P-n) = -n(2) log n + [7 zeta(3)/2 pi(2)+ 3/2 + log )T/4)] n(2) + O(n) for large n. This is a consequence of sharp upper and lower bounds for log(det P-n) valid for all nand which coincide in the terms up to order n. These results form the basis to analyse more general operators with nonconstant coefficients and show that the corresponding determinants have a similar asymptotic behaviour. (C) 2020 Elsevier Inc. All rights reserved.
机译:我们得到了(0,T)上的多谐算子P-n=(-1)(n)(偏导数(x))(2n)的正则谱行列式的显式表达式,其中Dirichlet边界条件和n是正整数,并证明它对大n满足渐近性log(det P-n)=-n(2)log n+[7 zeta(3)/2 pi(2)+3/2+log)T/4]n(2)+O(n)。这是log(det P-n)的严格上界和下界的结果,适用于所有n阶以上的项。这些结果构成了分析更一般的非恒定系数算子的基础,并表明相应的行列式具有类似的渐近行为。(C) 2020爱思唯尔公司版权所有。

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