研究了几类复域复合函数方程组解的极点与增长级问题,得到关于这些方程组解的Nevanlinna下级,极点的计数函数以及其最大模的下界的一些估计,进一步推广了高凌云等人的结果.
In view of Nevanlinna theory, we study the growth and poles of solutions of some systems of complex composite functional equations. The lower bounds for Nevalinna lower order, counting function of poles and maximum modulus for meromorphic functions of such systems are obtained which are generalization for some results given by Gao.