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关于亚纯函数的0-1-∞集(英)
引用本文:张占亮,朱佃利. 关于亚纯函数的0-1-∞集(英)[J]. 数学研究及应用, 2000, 20(1): 157-158
作者姓名:张占亮  朱佃利
作者单位:西江大学;泰安师范学院
摘    要:Let {an}, {bn} and {pn} be three disjoint sequences with no finite limit points. If it is possible to construct a meromorphic function N in the plane whose zeros, one points and poles are exactly {an}, {bn} and {pn} respectively, where their multiplicities are taken into consideration, then the given triple ({an}, {bn}, {Pn}) is called the zero-one-pole set (of N). In general an arbitrary triad ({an}, {bn}, {pn}) is not a zero-one-pole set of any meromorphic function. This was proved by Rubel and Yang[6] explicitly for entire functions. Ozawa[5] proved the following.

文章编号:1000-341(2000)01-0157-02
收稿时间:1996-08-27
修稿时间:1996-08-27

On the Zero-One-Pole Set of a Meromorphic Function
ZHANG Zhao-liang and ZHU Dian-li. On the Zero-One-Pole Set of a Meromorphic Function[J]. Journal of Mathematical Research with Applications, 2000, 20(1): 157-158
Authors:ZHANG Zhao-liang and ZHU Dian-li
Affiliation:1. Dept. of Math., Xijiang University, Zhaoqing 256061, Guangdong
2. Dept. of Math., Taian Teaching College. Taian 271000
Abstract:Let {an}, {bn} and {pn} be three disjoint sequences with no finite limit points. If it is possible to construct a meromorphic function N in the plane whose zeros, one points and poles are exactly {an}, {bn} and {pn} respectively, where their multiplicities are taken into consideration, then the given triple ({an}, {bn}, {Pn}) is called the zero-one-pole set (of N). In general an arbitrary triad ({an}, {bn}, {pn}) is not a zero-one-pole set of any meromorphic function. This was proved by Rubel and Yang[6] explicitly for entire functions. Ozawa[5] proved the following.
Keywords:unicity   meromorphic funiction.
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