| 1. | New advances in research on some difference schemes in nonlinear computational stability
若干差分格式非线性计算稳定性研究的新进展 |
| 2. | The computation of examples shows that there is good stability in algorithm for both the methods
计算表明，均有较好的计算稳定性。 |
| 3. | Problems on nonlinear computational stability of the difference schemes of evolution equations
发展方程差分格式的非线性计算稳定性问题 |
| 4. | Computational stability of explicit difference schemes of forced dissipative nonlinear evolution equations
强迫耗散非线性发展方程显式差分格式的计算稳定性 |
| 5. | Computational stability of the explicit difference schemes of the forced dissipative nonlinear evolution equations
强迫耗散非线性发展方程显式差分格式的计算稳定性 |
| 6. | Safety requirements on suspended access equipment . design calculations , stability criteria , construction . tests
悬挂式通路设备安全要求.设计计算稳定性标准结构.试验 |
| 7. | Safety requirements on suspended access equipment - design calculations , stability criteria , construction - tests
悬吊出入口设备的安全性要求.设计计算稳定性标准和结构.试验 |
| 8. | Safety requirements on suspended access equipment - design calculations , stability criteria , construction - tests ; german version en 1808 : 1999
悬吊式出入通道设备的安全性要求.设计计算稳定性标 |
| 9. | A large amount of numerical experiments indicates that the improved algorithm has good computing stability and high accuracy
大量数值实验表明，改进算法具有良好的计算稳定性和较高的计算精度。 |
| 10. | The paper propose the complex value u - d factorization based least square method to improve the numerical stability and the fault feature are obtained . 7
为了提高数值计算稳定性，进一步提出了基于复u - d分解的最小二乘参数估计方法，获得了变频调速系统的故障特征。 |
