| 1. | Study on method to improve the accuracy of holospectrum
提高全息谱分析精度方法的研究 |
| 2. | Study on analytic precision of laser microemission spectral analysis in argon atmosphere at reduced pressure
减压氩气环境下激光微区发射光谱分析精度的研究 |
| 3. | The effect of choosing calculating boundary on the accuracy of slope stability analysis under seepage
计算边界范围的选取对渗流作用下边坡稳定性分析精度的影响 |
| 4. | With broad application of the method of neutron activation and chemical - spectral analysis , the accuracy of analysis has greatly improved ( up to 0 . 01 10 ^ ( - 9 ) )
随著中子活化法和化学光谱法的广泛应用，分析精度有了大幅度提高（可达0 . 01 10 ^ ( - 9 ) ) 。 |
| 5. | The fluid loadings of underwater explosion excite the dynamic responses of the ship . no reasonable responses of the ship to underwater explosion may be predicted without correct description of the fluid loadings
水下爆炸载荷是舰船水下爆炸动响应的激励源，爆炸载荷的准确描述是保证舰船爆炸动响应分析精度的基础。 |
| 6. | Friction models normally applied in finite element analyses for bulk metal forming are the constant friction model and arctangent friction model . however frictional conditions are often variational in realistic metal forming processes
而在实际成形过程中,摩擦的状态是不断变化的,因此,摩擦问题是影响有限元分析精度的一个重要因素。 |
| 7. | The processing results revealed that 3 - d wed is a more reasonable datum - correction method thereby the accuracy of velocity analysis and the imaging quality are improved significantly
对于西部某三维数据的实际计算结果表明，相对于传统的模型法高程静校正，波动方程基准面校正更合理地实现了基准面校正，有助于提高后续的速度分析精度和成像质量。 |
| 8. | The precision of the embankment ' s settlement forecast and analysis should be higher because the design of the expressway back - work settlement is exactly confined . therefore , the traditional algorithm method ca n ' t meet the demands
高速公路工后沉降的设计要求很高，相应对软土地基沉降的预测分析精度要求也很高，传统的计算方法已经无法满足这一要求。 |
| 9. | Annual peak load is affected by multifarious factors , specially by local circumstance . at present , the methods of annual peak load forecasting are simple and low precision , and furthermore , none of these methods is considering of local circumstance
年最大负荷受多种因素影响，地区性特点强，目前的预测方法较为简单，分析精度不高，且没有针对地区特点的年最大负荷预测方法。 |
| 10. | This paper introduces the fundamental theory of complementary fem and combines complementary fem with energy methods to calculate electromagnetic field , especially to compute the electromagnetic parameters of the electromagnetic devices
本文介绍了互补有限元法的基本理论，并结合能量法将互补有限元法应用于电磁场数值计算，为电磁装置中电磁参数计算提供了符合工程分析精度要求的实用的数值计算方法。 |
