| 1. | On solutions of higher degree diophantine equation
关于一类高次不定方程的解 |
| 2. | Generalization of a diophantine equation in difference sets
差集中一个丢番图方程的推广 |
| 3. | On the diophantine equation of the first degree
元线性丢番图方程的探讨 |
| 4. | A class of linear diophantine equations with lucas number coefficients
数为系数的线性不定方程 |
| 5. | A class of linear diophantine equations with generalized fibonacci number coefficients
数为系数的线性不定方程 |
| 6. | On the solution of diophantine equation
方程的解 |
| 7. | An elementary proof of the diophantine equation ( the equation abbreviated ) is given by using recursion sequence method
摘要运用递推序列法，给出组合数丢番图方程(方程式略)的一个初等解法。 |
| 8. | We breakthrough the restriction of the diophantine condition and study the case that the constant a is a unity root , which offends the diophantine condition
突破了已有工作的diophantine条件限制，讨论了常数在单位圆周上但又不满足diophantine条件的情形。 |
| 9. | By elementary rank transformations of matrix , a method has been obtained to solve linear diophantine equation with some variables . the method overcomes the deficiency of traditional method
摘要利用矩阵的初等列变换，给出了求解多元线性不定方程的一种方法，该方法改进了传统方法计算量大、步骤多的缺点。 |
| 10. | As we know , many results on analytic solutions of iterative equations are obtained by constructing a majorant series . for technical reasons , in previous works an indeterminate constant a , as the eigenvalue of the linearization of unknown function at its fixed point , is required to be off the unit circle or lie on the circle with the diophantine condition
已有的许多关于迭代方程的解析解结果都是运用优级数法得到的，并要求一个作为未知函数在其不动点处的线性部分的特征值的常数不在单位圆周上或者在单位圆周上但满足diophantine条件。 |
