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We study the uniqueness of entire functions sharing a nonzero finite value with linear differential polynomials and improve a result of P. Li.
[1]Hayman, W. K., Meromorphic Functions (Clarendon Press, Oxford, 1964).Google Scholar
[2]
[2]Jank, G., Mues, E. and Volkmann, L., ‘Meromorphe Funktionen, die mit ihrer ersten und zweiten Ableitung einen endlichen Wert teilen’, Complex Var. Theory Appl.6 (1986), 51–71.Google Scholar
[3]
[3]Lahiri, I. and Ghosh, G. K., ‘Entire functions sharing values with their derivatives’, Analysis (Munich)31 (2011), 47–59.Google Scholar
[4]
[4]Li, P., ‘Entire functions that share one value with their linear differential polynomials’, Kodai Math. J.22 (1999), 446–457.CrossRefGoogle Scholar
[5]
[5]Li, P., ‘Value sharing on entire functions and their linear differential polynomials’, J. China Univ. Sci. Tech.29(4) (1999), 387–393.Google Scholar
[6]
[6]Wang, W. and Li, P., ‘Unicity of entire functions and their linear differential polynomials’, Complex Var. Elliptic Equ.49(11) (2004), 821–832.Google Scholar
[7]
[7]Zhong, H., ‘Entire functions that share one value with their derivatives’, Kodai Math. J.18 (1995), 250–259.CrossRefGoogle Scholar