层理论的

A theoretical model, considering the influences of intensity and layers of polythene film on explosion, was established and solved by SIMPLE algorithm.

建立了描述气云爆炸的理论模型，模型考虑了薄膜强度、层数对爆炸的影响，采用SIMPLE算法进行了数值求解。

We have extracted the KBT layer's width from the experimental analysis and we have found a simple model to express its mismatch properties based on the parabolic potential barrier.

我们从实验中萃取了KBT层的宽度加以分析，并且运用抛物线能障理论提出了物理模型来呈现它的不匹配特性。

The hybrid method first calculates the scattered fields of the Luneburg lens using the spherical vector wave method. Then it transforms the calculated results into the radiation fields in the far region using the reciprocity theorem.

该方法首先用矢量球面波理论计算平面波入射到多层介质球的散射场，在此基础上，用互易原理将散射场转变成天线的远区辐射场。

The study shows that the ability of resistance to deformation and the bending recoverability of SMPC materials are higher than that of SMP materials.

为了提高形状记忆聚合物的刚度性能，研制了纤维增强苯乙烯基形状记忆聚合物复合材料，对其动态力学和弯曲性能进行了测试分析，采用有限元分析法得到SMP和SMPC梁的弯曲变形规律，并利用经典层合板理论对其刚度进行分析。

Furthermore, the equation of surface reflection seismogram generated by spherical wave pro.

利用弹性动力学方程变换和递归算法，计算了反射矩阵，从理论上推导了球面波在层状弹性半空间传播时产生的地面反射记录的计算公式。

The influence of the ratios of skin and core in the fiber and their properties was researched on the extended broken behavior of the spider silk.

研究了皮芯层的比例和性能特征对蜘蛛丝纤维拉伸断裂模式的作用，并建立了理论方程。

Therefore, stack filter research has important theoretical value and practical significance.

因此，层叠滤波器的研究具有重要的理论价值和实际意义。

Objective To reconstruct new corneal stroma in order to provide a basis for future studies on the reconstruction of cornea.

目的 探索组织工程技术构建角膜的可行性，并为其提供构建角膜的理论依据和参数。方法应用组织工程方法构建角膜基质层。

By the introduction of the theory of sampling constant presented by Ingamells and Switzer, the stratified sampling for segregated bulk materials were studied.

将Ingamells-Switzer取样常数理论引入分层性固体物质的取样研究，提出了分层取样的最优化设计方案，推导出了各层取样量及分层取样方差极小值计算公式。

After feasibility analysis and parameter optimization a teeterboard pattern MEMS permanent magnet bistable structure supported by a torsion and cantilever beam is fabricated with sacrificial layer technology of non silicon surface micro fabrication .

在进行理论分析证实可行性和模拟仿真优化参数后，利用非硅表面微加工方法中的牺牲层工艺制备了一种扭梁悬臂梁支撑的扭摆式MEMS永磁双稳态机构。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。