| 1. | Reconsideration of seeking for variable range by inverse function
求值域的再思考 |
| 2. | Generalized regular variation function and its inverse function
广义正规变化函数及其逆函数 |
| 3. | Periodic points of meromorphic function and their odd points of iterative inverse function
亚纯函数的周期点及其迭带的反函数奇点 |
| 4. | An integrated maximum value memory and a signal inverse function can be turned on and off at any time by a keyswitch
最大值记忆功能和信号反转功能可以随时通过按键开关来开启或关闭。 |
| 5. | The properties of the and variation functions are generalized to the generalized regular variation functions and their inverse functions -
，将变化函数及其逆-变化函数的性质推广到广义正规变化函数及其逆函数 |
| 6. | The global inverse function theorem is applied for the existence and uniqueness of periodical solutions to the semilinear boundary value problems . some results are improved
摘要本文运用整体反函数理论证明了一类半线性方程边值问题周期解的存在唯一性，推广和改进了已有的一些结果。 |
| 7. | The first function returns a probability value associated with a t statistic based upon the students t distribution , while the second inverse function computes the t statistic corresponding to a given alpha setting
第一个函数根据学生的t分布返回了与t统计值相关的概率值，而第二个反函数计算了与给定的alpha设置相对应的t统计值。 |
| 8. | With the adding of appropriate conditions , we present in this note a sharper range of inverse function . this is of important to nonlinear analysis and numerical feasibility appraisal
本文通过附加适当的条件,刻划了反函数的存在域大小,这种存在域对非线性分析中研究解的存在性、解的估计及非线性方程组求解的数值可行性都有一定的意义 |
| 9. | Considering the difference - resisting capacity of power function in classic s - box , we substitute the inverse function by better power function . we prove that these change do not influence the difference resisting capacity from the theory
其次考虑到经典s盒中幂函数的抗差分攻击能力，我们用幂函数取代rijndael算法中s盒的求逆运算。 |
