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AbstractIn this article, we investigate the uniqueness problem on a transcendental entire function f(z){f(z)}with its linear mixed-operators Tf, where T is a linear combination of differential-difference operators Dην:=f(ν)(z+η){D^{\nu}_{\eta}:=f^{(\nu)}(z+\eta)}and shift operators Eζ:=f(z+ζ){E_{\zeta}:=f(z+\zeta\/)}, where η,ν,ζ{\eta,\nu,\zeta}are constants.We obtain that if a transcendental entire function f(z){f(z)}satisfies λ(f-α)<σ(f)<+∞{\lambda(f-\alpha)<\sigma(f\/)<+\infty}, where α(z){\alpha(z)}is an entire function with σ(α)<1{\sigma(\alpha)<1}, and if f and Tf share one small entire function a(z){a(z)}with σ(a)<σ(f){\sigma(a)<\sigma(f\/)}, thenTf-a(z)f(z)-a(z)=τ,{\frac{Tf-a(z)}{f(z)-a(z)}=\tau,}where τ is a non-zero constant.Furthermore, we obtain the value τ and the expression of fby imposing additional conditions.
Georgian Mathematical Journal – de Gruyter
Published: Mar 1, 2019
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