第五章采用积分方程法研究面波的散射，和第四章的不同在于，我们利用此方法可以分析三维非均匀体对不同点源激发的面波的散射。
Integral equation method is used to calculate the scattering of the surface waves in chapter 5. Different from the chapter 4, this method can handle the situation of the point sources.
本文对托卡马克位形，用动力理论研究了非均匀热等离子体的ICRF快波模转换及有关的阻尼机制。
In this paper, the ICRF fast wave mode-conversion and correlative damping mechanism in an inhomogeneous hot plasma are investigated for the configuration of tokamak by using the kinetic theory.
将适用于两体混合颗粒流的能量均分定理推广到非均匀的复杂混合颗粒流系统。
The equipartition of energy applied to binary mixture of granular flow is extended to granular flow with non uniform particles.
结果显示各类序列的进化水平沿常染色体呈现明显的非均匀性和规律性。
The results show that the evolution levels of each kind of sequences along chromosomes take on obvious heterogeneity and regularity.
我们利用这些高精度的走时数据研究了地幔体波的走时残差的范围及地幔非均匀性的强度。
These mantle body wave data are used to investigate the range of variations in the travel time residuals which indicate the degree of mantle heterogeneity.
研究了不均匀非磁化等离子体片的目标隐身。
This paper investigates the stealth of target by nonuniform unmagnetized plasmas.
由于系统锚杆作用的被动性和边坡岩体变形的非均匀性，使得不同位置的锚件的应力出现较大的差别。
Because of the passivity action of systematic bolts and the heterogeneity of rock mass deforming, systematic bolts have different stress in different position.
隆升过程在空间上具有非均匀性，不同岩体间隆升过程存在差异。
The uplift processes were not uniform in space, and different plutons had somewhat different uplift processes.
本文研究了无外加磁场时非均匀等离子体圆柱波导中横电波的传播问题。
The propagation problem of T. E. wave in unmagnetized inhomogeneous plasma-filled cylindrical wave guide is investigated.
在此模型中，把非均匀等离子体球分成若干个同心等离子体球壳，并且假定每一个同心壳层内等离子体密度均匀分布。
In this model, the nonuniform sphere is modeled by Numbers of concentric spherical shells, and each has a fixed electron density.
本文将非均质弹性体的渐近均匀化方法应用于复合材料的宏观与细观分析之中。
In this paper, the method of asymptotic homogenization for periodic media is employed for predicting macro and microscopic properties of unidirectional composites.
对不均匀非磁化等离子体密度与目标隐身的关系进行了研究。
The relation between the plasma density in unmagnetized plasma and the stealth of target is investigated in this paper.
导出了非均匀等离子体中线性波的色散方程，并在一些特殊情况下进行了讨论。
The general dispersion relation of the linear waves and its reduced form in certain particular eases are obtained.
渗碳体的球化可能以两种机制进行：破碎渗碳体片的非均匀长大和细小球状渗碳体颗粒的形核长大。
There are two possible mechanism about spheroidization ofcementite: the fracture cementite lamellae grows up non-uniformly and the fine spherical cementite particles grows up as the core.
当激光入射到非均匀的各向同性等离子体时，垂直于主密度梯度方向的密度分布会发生变化，使临界面呈现波纹。
When laser beam is incident on an inhomogeneous isotropic plasma, the variations in density profile perpendicular to main density gradient may develop, producing a rippling of critical surface.
而在1：0组，照射剂量与估算剂量基本一致。结论染色体畸变可以作为估算非均匀照射的生物学指标之一。
But when the ratio was 1:0, the radiation dose was accordant with the estimated dose. Conclusions Chromosome aberrations could be a biomarker for estimating the uneven irradiation.
而造成微元体不断破裂的原因是微元体材料性质的非均匀性。
The reason that progressive failure of microelements is the uniformity of their material properties.
第二章研究了体非均匀性对垂直磁化薄膜中的自旋波的影响。
The effect of bulk heterogeneity on spin waves in a perpendicular magnetization film, are discussed in chapter 2.
煤岩体的电磁辐射是由于非均质煤岩体在应力作用下非均匀变速变形及裂纹形成与扩展过程中，内部电荷的迁移而产生。
EME occurred when inhomogeneous coal or rock is loaded at uneven speed with the moving of internal electrical charges during the development of cracks.
本文应用空间理想非均匀线性弹性力学平衡关系生成三维贴体与边界正交网格。
Three-dimensional body-fitted grids perpendicular to the boundary are generated in this paper by applying equilibrium relation of forces acting on the ideal non-uniform linear elastic lines.
基于LED旋转屏的体三维显示中，体像素在水平方向呈现“外疏内密”的非均匀分布。
In the volumetric 3d system based on rotating LED panel, voxels present an uneven distribution of being dense inside and sparse outside in the horizontal position.
基于LED旋转屏的体三维显示中，体像素在水平方向呈现“外疏内密”的非均匀分布。
In the volumetric 3d system based on rotating LED panel, voxels present an uneven distribution of being dense inside and sparse outside in the horizontal position.
应用推荐