| 1. | Using differential equation to solve function equation
利用微分方程求解函数方程 |
| 2. | Two kinds of machining methods of function equation curve are introduced
介绍了两种函数方程曲线加工方法。 |
| 3. | Analytical solutions of a generalized function equation in the theory of fluids
流体力学中一个广义函数方程解析解的存在性 |
| 4. | Deduction of photosynthesis enzyme inhibition equation of plant leaf scale in land surface model
3植物叶片尺度光合作用酶限制函数方程推导 |
| 5. | In chapter 5 , hyers - ulam stability of functional equations in single variable is studied
第五章研究了单变量的函数方程的hyers一ulam稳定性 |
| 6. | So far , we have got the basic energy expressions of quantum mechanics and relativity from tast
时空波函数方程得到了广义相对论及量子理论关于能量的基本表达式： |
| 7. | Another is to make drawing in cad according to the functim equation and create tool paths program in cam
另一种是在cad中根据所给的函数方程画出图形，在cam中生成刀具轨迹程序进行加工。 |
| 8. | In chapter l , we in - troduces self mappings on an interval , the roots of the functions , functional equations and the embedding flow
对迭代的研究涉及线段上的自映射，迭代根与迭代函数方程，迭代根与嵌入流等问题。 |
| 9. | Some kinds of iterative functional equations together with some basic results are introduced in chapter 1 . chapter 2 is devoted to existence of continuous solutions of some iterative equations
在本文的绪言中介绍了几类迭代函数方程，并对与之相关的一些基本结果作了一个简要介绍。 |
| 10. | Furthermore , according to stwf , we will demonstrate schrdinger equation strictly , and make it , a hypothesis in quantum mechanics , a theoretical outcome of tast . 2 . 4 space - time wave function
时空波函数方程出发直接严格地证明薛定谔方程，使其从量子理论的假设成为解析时空理论的时空波函数方程下的一个理论结果！ |
