| 1. | This book presents in systematic form some of the available numerical techniques for solving such underground flow systems .
本书以系统的形式提出了一些解决这类地下水流体系的现行数值方法。 |
| 2. | It is possible, finally, to base classification on the full floristic composition of communities without reliance on numerical techniques .
最后，分类还有一种可能，即以植物群落的全部植物种类组成作为分类的基础，并无须依赖于计算技术。 |
| 3. | Subsequently , the special numerical techniques including the wave generation and absorption that are used in the model is illuminated
同时还系统说明了该模式应用的造波技术、消波技术以及特殊数值处理的方法和步骤。 |
| 4. | The main objective of this paper is to predict this complete load - deformation process for none - hinge cfst arches using numerical techniques
本文的主要目的是采用数值方法对圆管截面无铰拱从加载直至极限承载力的受力-变形关系进行全过程分析。 |
| 5. | A numerical technique employing the method of moments ( mom ) and physical optics ( po ) is presented for studying the scattering from a planar slotted waveguide array antennas
利用矩量法和物理光学法分析了平板波导缝隙阵列天线的散射特性。 |
| 6. | By the way of development in the numerical technique , such as quantum monte carlo method , the feynman path approach wilt play greater roles
随着数值计算技术，诸如量子montecarlo方法的发展，我们相信feynman路径积分方法将会发挥更巨大的作用。 |
| 7. | Taking a monotonic soilfill dam as example , a comparison between the incrementally - iterative numerical technique and the equivalent linearization approach was carried out
以一理想均质土坝为算例，对上述增量?迭代算法和常用的等价线性法得到的坝体动力计算结果进行了对比分析。 |
| 8. | Finally , taking an actual project as example , a nonlinear seismic response analyses is conducted . the numerical results of dynamic analysis obtained by the numerical technique in the paper are capable and practicable
最后以一实际工程作为算例，对其进行地震反应分析，结果表明，本文方法是有效、可行的。 |
| 9. | Finally , the numerical technique was used to investigate influence that different parameters on ablation rate . the relationship between oxygen percentage , pressure , depth of charred layer and ablation rate were obtained
最后计算了不同参数对材料烧蚀率的影响，得到了烧蚀率随富氧含量、试验段压强以及炭化层厚度变化的趋势。 |
| 10. | However , the exact eigenvalues can be obtained only for simple geometries , like as rectangular and cylindrical resonator . for arbitrarily shaped cavities and dielectric - loaded cavities . numerical techniques must be used
但是,实际中仅仅对于一些简单几何形状的谐振腔可以得到准确的本征值和场分布,比如矩形谐振腔、圆柱谐振腔等。 |
