'Have you heard, O, Socrates(苏格拉底)-” 'Just a moment, friend,' said the sage. 'Have you made sure that all youare going to tell me is ture?' 'I see. Then we can scarcely bother with it unle...'Have you heard, O, Socrates(苏格拉底)-” 'Just a moment, friend,' said the sage. 'Have you made sure that all youare going to tell me is ture?' 'I see. Then we can scarcely bother with it unless it is something good.Will it stand the test of goodness?' 'Oh, no, indeed. On the contrary.'展开更多
Ⅰ. INTRODUCTION Let f（ζ） be the analytic and schhcht function in the unit disc U={ζ:|ζ|<1}, ζ1,ζ2 be any points in U, and f（ζ1） · f（ζ2） ≠ 1. We denote by B1 the family of all of such functions a...Ⅰ. INTRODUCTION Let f（ζ） be the analytic and schhcht function in the unit disc U={ζ:|ζ|<1}, ζ1,ζ2 be any points in U, and f（ζ1） · f（ζ2） ≠ 1. We denote by B1 the family of all of such functions and call it Bieberbach family of functions. Let f（ζ） be the analytic and schlicht function in the unit disc U, ζ1, ζ2 be any points in U展开更多
文摘'Have you heard, O, Socrates(苏格拉底)-” 'Just a moment, friend,' said the sage. 'Have you made sure that all youare going to tell me is ture?' 'I see. Then we can scarcely bother with it unless it is something good.Will it stand the test of goodness?' 'Oh, no, indeed. On the contrary.'
文摘Ⅰ. INTRODUCTION Let f（ζ） be the analytic and schhcht function in the unit disc U={ζ:|ζ|<1}, ζ1,ζ2 be any points in U, and f（ζ1） · f（ζ2） ≠ 1. We denote by B1 the family of all of such functions and call it Bieberbach family of functions. Let f（ζ） be the analytic and schlicht function in the unit disc U, ζ1, ζ2 be any points in U
