|   [1] Bank S, Kaufman R. On meromorphic solutions of first-order differential equations. Comment Math Helv, 
1976, 51: 289–299 
[2] Barsegian G. Estimates of derivatives of meromorphic functions on sets of -points. J London Math Soc, 
1986, 34: 534–540 
[3] Barsegian G. On meromorphic solutions of algebraic differential equations. Complex Analysis and Math 
Physics, Proceedings, Krasnoyarsk, 1987 (in Russian) 
[4] Barsegian G. On a method of the study of algebraic differential equations of higher orders. Bull Hong Kong 
Math Soc, 1998, 2(1): 159–164 
[5] Barsegian G. Estimates of higher derivatives of meromorphic functions on sets of its a-points. Bull Hong 
Kong Math Soc, 1999, 2(2): 341–346 
[6] Barsegian G, Laine I, Yang C C. On a method of estimating derivatives in complex differential equations. 
J Math Soc Japan, 2002, 54: 923–935 
[7] Bergweiler W. On a theorem of Gol′dberg concerning meromorphic solutions of algebraic differential equations. 
Complex Variables, 1998, 37: 93–96 
[8] Clunie J, Hayman W K. The spherical derivative of integral and meromorphic functions. Comment Math 
Helv, 1966, 40: 117–148 
[9] Gol′dberg A A. On single-valued solutions of first-order differential equations (Russian). Ukra¨?n Mat Zh, 
1956, (8): 254–261 
[10] Gu R M, Li Z R, Yuan WJ. The growth of entire solutions of some algebraic differential equations. Georgian 
Math J, 2011, 18(3): 489–495 
[11] Gu R M, Ding J J, Yuan W J. On the estimate of growth order of solutions of a class of systems of algebraic 
differential equations with higher orders. J Zhanjiang Normal Univ (in Chinese), 2009, 30(6): 39–43 
[12] Frank G, Wang Y F. On the meromorphic solutions of algebraic differential equations. Analysis, 1998, 18: 
49–54 
[13] Hayman WK: Meromorphic Functions. Oxford: Clarendon Press, 1964 
[14] He Y Z, Xiao X Z: Algebroid Functions and Ordinary Differential Equations (in Chinese). Beijing: Science 
Press, 1988 
[15] Laine I. Nevanlinna theory and complex differential equations. Berlin: de Gruyter, 1993 
[16] Qi J M, Li Y Z, Yuan W J. Further results of Gol′dberg’s theorem concerning the growth of meromorphic 
solutions of algebraic differential equations. Acta Math Sci, 2013, 33A(4): 759–765 (in Chinese) 
[17] Yang L. Value Distribution Theory. Berlin: Springer-Verlag, 1993 
[18] Yuan W J, Li Y Z, Lin J M. Growth of entire solutions of algebraic differential equations. Elec J Differ 
Equ, 2012, 2012(94): 1–8 
[19] Yuan W J, Xiao B, Zhang J J. The general result of Gol′dberg’s theorem concerning the growth of meromorphic 
solutions of algebraic differential equations. Comput Appl Math, 2009, 58: 1788–1791 
[20] Yuan W J, Li Z R, Zhang J J. On the estimate of growth of meromorphic solutions of some classes of higher 
order algebraic differential equations. J Guangzhou Univ Nat Sci, 2009, 8(2): 28–31 
[21] Zalcman L. A heuristic principle in complex function theory. Amer Math Monthly, 1975, 82: 813–817 
[22] Zalcman L. Normal families: new perspectives. Bull Amer Math Soc, 1998, 35: 215-230  |