1)  oblique water-entry
斜入水
1.
Based on water-entry dynamic and water-entry ballistic theories,the oblique water-entry process of disk ogive is simplified and a wetted correction factor is introduced in order to accord with the true water pile phenomena,and an oblique water-entry impact model coupled with ballistic and dynamic models are established.
以冲击体入水动力学和入水弹道学理论为基础,针对平头尖拱体入水冲击这个复杂物理现象,引入体现液面隆起现象的沾湿因子,用等效液面代替自由水平液面,建立了斜入水高速冲击的运动学和动力学冲击模型,其中动力学模型是根据平头尖拱体沾湿面的具体几何形状而建立。
2)  oblique incidence
斜入射
1.
The stripes distributing of grating diffraction in conditions of oblique incidence;
斜入射光栅衍射条纹的分布
2.
An analysis of phenomenon of grating diffraction in conditions of the oblique incidence;
斜入射条件下光栅衍射现象的分析
3.
Previous studies have demonstrated that the techniques of polarization and oblique incidence can effectively suppress the scattered light from deep layer,thus providing feasible methods to detect optical properties of superficial tissue.
已有实验表明偏振门和斜入射技术能有效地抑止深层散射光子,实现浅表组织光学特性的检测。
3)  tilted incidence
倾斜入射
1.
The characteristic of thin film narrowband filters used in tilted incidence is described.
对倾斜入射时窄带薄膜滤光片的特性作了描述 ,由于低折射率间隔层的滤光片 ,倾斜入射时 p偏振分量的通带比s分量更移向短波 ,而高折射率间隔层的滤光片则反之 ,因此可把间隔层同时设计成高、低折射率两种材料 ,或选用适当的中间折射率材料 ,使p分量和s分量两个通带的中心波长重合。
2.
Compression effect of angular width for polarizing beam splitter under tilted incidence is caclulated.
从理论上计算了由于光束倾斜入射产生的棱镜起偏系统角谱宽度的压缩效应 ,计算结果表明 ,入射光束相对于棱镜入射面的入射角越大对角谱宽度的压缩就越明显 ,不同材料的基底折射率的差别对角谱宽度的压缩影响不大。
4)  obliquely incident
斜入射
1.
We present a method for electromagnetic scattering with obliquely incident pulse plane wave using BOR-FDTD(body of revolution finite-difference time-domain) method.
提出一种应用时域有限差分算法求解脉冲平面波斜入射时旋转对称体散射问题的方法。
5)  oblique incidence
倾斜入射
1.
Influence of substrate on shielding effectiveness of metallic mesh under oblique incidence condition;
倾斜入射条件下衬底对金属网栅屏蔽特性的影响
6)  obliquely incident
倾斜入射
1.
The characteristics of form function of scattering field are obtained for plane wave obliquely incident on infinite elastic cylinder immersed in liquid.
讨论了倾斜入射时弹性柱散射声场形态函数的特性及其随入射角的变化，柱共振频率与纵、横波速间的关系，并对由共振频率反演柱中纵、横波速进行了探讨结果表明，倾斜入射时的散射声场与正横入射时有很多相似之
参考词条
补充资料：地下水水资源评价(见水资源评价)


地下水水资源评价(见水资源评价)


　　d ixiashui shuiziyuan Ping】ia地下水水资源评价见水资源评价。
　　
说明：补充资料仅用于学习参考，请勿用于其它任何用途。