1.
The Mathematic Study on Multi-angle Polarization Information of Suspended Sediment;
悬浮泥沙的多角度偏振信息量化分析研究
2.
The Water Body Suspended Silt Many Angle Polarization Reflection the Quantitative Research of the Characteristic;
水体悬浮泥沙多角度偏振反射特性定量研究
3.
The Aerial Experiment Designing of Multi-angle Polarization CCD Imager and Implementation
多角度偏振CCD成像仪航空试验设计及实现
4.
The Research on the Suspended Sediments in the Yellow River with Highspectrum and Multi-angles Polarization;
黄河花园口段水体悬浮泥沙的高光谱、多角度偏振信息探究
5.
Study of multi-angles polarization of sediment content in different water bodies of Huayuankou section of Yellow River
黄河花园口段不同泥沙含量水体的多角度偏振研究
6.
Effects of Multi-Angle Hyperspectral Polarized Reflection by Forest Soil
森林土壤多角度高光谱偏振反射影响研究初探
7.
The Multiple Investigation of the Modal Adverb "Pian" and "PianPian"
语气副词“偏”与“偏偏”的多角度考察
8.
Effect of concentric zones phase plate on gradient force pattern of radially polarized beam
相位板偏振偏转角对径向偏振光的梯度力分布的影响
9.
The optimization theory of detection angle in polarization measurement using polarization interference imaging spectrometer
利用偏振干涉成像光谱仪进行偏振检测的最佳角度分析
10.
A Novel Polarization Angle Sensor and Error Compensation Algorithm for Navigation
新型仿生偏振测角传感器及角度误差补偿算法
11.
Influence of Oxide Skin Thickness on Photoemissivity of Polarizing Angle from Surface of Continuous Casting Billets
氧化层厚度对铸坯表面偏振角发射率的影响
12.
The Polarization of Reflected Light and Refracted Light and the Amount of the Polarization;
反射光及折射光的偏振状态和偏振度
13.
Response between wavelength and angular of transmittance of quasi-periodic 1-D photoniccrystal for different polarizations
准周期光子的透射率对不同偏振态的波长和角度响应
14.
The polarization degree of metal plate surface increases with the viewing angle, when the viewing angle is larger than 20 degree.
在观测角大于20°时，随着观测角度的增大，金属目标板热红外偏振度的数值也增大。
15.
Performance of DOP Technique Used to Control PMD Compensation
偏振模色散补偿控制中偏振度技术的性能(英文)
16.
Research on Signal s Degree of Polarization in PMD Compensation Systems;
偏振模色散补偿系统中信号偏振度特性的研究
17.
Extent of yawing, measured in degrees.
偏航角偏航限度，用于测量程度
18.
In order to improve the contrast of projection display system, we design and fabricate a broadband, wide-angle polarizing beam splitter which has a large acceptance.
为了提高投影光学系统的对比度，设计和制备了宽波段宽角度的偏振分光薄膜。