结果表明，球面波系统的存储容量更高，角度选择性更好，并且有利于系统的小型化。
The results indicate that the storage system with spherical waves has a larger volume, better angular selectivity and is useful for miniaturization of system.
首先应用耦合波理论对体全息光栅的衍射效率以及角度选择性和波长选择性等衍射特性进行了分析。
First, the properties of volume holographic grating, such as diffraction efficiencies, Angle and wavelength selectivity, have been theoretically analyzed by using the couple-wave theory.
利用耦合波理论分析了影响体积全息图的衍射效率的因素、体积全息图的角度选择性以及波长带宽等方面。
The factors which influence holography diffraction efficiency, the Angle selectivity of volume holography and wavelength bandwidth are analyzed with the coupled wave theory.
将得到的结论与平面波条件下的结论进行对比，结果表明，球面波系统的存储容量更高，角度选择性更好，并且有利于系统的小型化。
The different results are analyzed, and the conclusion that the storage system with spherical waves has a larger volume, better angular selectivity and is useful for miniaturization of system is.
因此，我们看到市场是有选择性的，而消费者从长远角度讲也是理性的。
Thus, we see that the market is selective and consumers are sensible in the long term.
高铁酸盐是绿色、无污染化学试剂，具有强氧化性和高选择性，从环保角度出发，其用途更是引人注目。
Ferrate is green, non-pollution chemical agent and has powerful oxidization and high selectivity. From the view of protecting environment, the application of ferrate is more remarkable.
从动态的角度，充分意识到企业在新业务拓展上的动因，充分意识到市场对新方向的选择性看法。
From the dynamic point of view, fully aware of enterprises in the new business development on the cause, the market is fully aware of the new direction of selective view.
本文通过选用十一种具有极性梯度的不同固定液，探讨桂皮酸顺反异构体硅烷醚衍生物分离与选择性分子间引力的关系，并从分子结构的角度来阐述选择相应固定液进行异构体分离的可能性。
It is proposed that selective intermolecular force can be used as a new parameter for; selecting stationary phase in order to separate the isomer but not the "polarity similarity principle".
选择性絮凝现有方法的分类可从吸附角度和动力角度两个大方面考虑。
In the view of adsorption and driving force, the selective flocculation method has been classified according to their characters.
它和选择性聚焦的使用原因相同，将分散视线的背景最小化，突出从观赏者角度观看的物体。
It is used for the same reasons as selective focus, to minimize distractions in the background and focus the viewers eye on the subject.
它和选择性聚焦的使用原因相同，将分散视线的背景最小化，突出从观赏者角度观看的物体。
It is used for the same reasons as selective focus, to minimize distractions in the background and focus the viewers eye on the subject.
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