本文利用偏振红外光谱，研究了十二烷基苯磺酸分子在掺杂态聚苯胺LB膜中的分子取向。
The molecular orientation of dodecylbenzenesulfonic acid in doped polyaniline LB film was studied by polarizing IR spectroscopy.
上图是以红外偏振光拍摄于一月中旬。
The above image was taken in mid January in infrared and polarized light.
因此，这种含Y形铜纳米线多孔铝膜可以用作近红外微偏振器，且将在光电集成领域有广泛的应用前景。
Therefore PAA with Y-branched Cu nanowires can be used as a near-infrared micropolarizer, and this kind of micropolarizer would have a promising future in the field of photoelectricity integration.
介绍一种新型红外椭圆偏振光谱实验系统。
A new type of infrared spectroscopic ellipsometer has been designed and constructed.
研制成测量材料光学特性的红外椭圆偏振光谱仪，其测量波长范围为2。
A type of infrared spectroscopic ellipsometer was designed and constructed to study the optical properties of materials in the 2.
结论红外偏振光星状神经节阻滞作为一种安全、简单和可重复进行的方式，可以有效地促进肩-手综合征患者的上肢血供。
Conclusion SGB by polarized infrared light can obviously increase the blood supply in arms of should hand syndrome patients, as a safety, simply, can be repeated method.
利用该系统对地物背景(土壤)中的不同种类金属目标板及红外伪装遮障进行了热红外偏振成像探测实验。
The Stokes parameters images of metal objects and camouflage nets in earth background are acquired by the thermal imaging polarization system in experiment.
通过热红外偏振成像系统获得了目标的偏振图像，并由计算机提取出了图像中的偏振信息。
Polarization images of targets are obtained by the thermal imaging polarimeter, and the polarization information of targets is extracted by computer.
利用椭圆偏振光谱、反射谱、红外吸收谱和准稳态光电导（QSSPC）分析了氮化硅薄膜的特性。
The characterization of SiN thin films was studied by spectral ellipsometry, reflection spectra, infrared absorption spectroscopy (IR) and quasi-steady state photoconductance (QSSPC) measurements.
粗糙表面激光回波偏振特性是激光探测、目标识别等领域的一个重要研究内容，它对激光雷达、红外探测和目标识别等遥感设备的优化设计和性能改善有很强的促进作用。
The laser backscattering polarization characteristics of rough surface are investigatedin this paper, it is a fundamental issue to laser detection, target recognition and other fieldsof study.
目的：为提高治痛优秀率，对直线偏振光近红外线照射合用神经阻滞方法治疗疼痛性疾病，与单一神经阻滞进行比较。
AIM: to treat painful diseases by linear polarized near-infrared ray irradiation plus nerve block treatment versus nerve block alone in order to improve the excellent rate in pain therapy.
根据此矩阵得出了红外光谱测量中正交双偏振法，并通过实验验证了其有效性。
Based on the matrix, we get the orthogonal polarizing method in the Near-infrared spectral monitoring and verify it in experiment.
热红外偏振探测有利于从背景中识别金属目标。
Thermal emission polarization detection is a very good approach to identify metal target from the background.
红外偏振成像技术是一种新的探测技术，其主要利用目标的红外偏振特性背景与目标区分开来。
Infrared polarization imaging technology is a new detection technique, and it can distinguish background and target through the infrared polarization characteristics of target.
但红外偏振信息与多种因素相关，仅通过常用的偏振信息图像无法获取需要的数据。
It is known that the infrared polarization information is closely related with many factors, therefore it can be not acquired required data only through polarization image.
利用多波段偏振CCD相机在光学与红外波段测试伪装涂层的偏振散射特征，并提取其中的偏振信息，研究了测试条件对涂层材料散射偏振度的影响。
The multispectral polarization CCD camera was used to gain the polarimetric characteristics of camouflage coatings in visible and infrared wave band, and the polarimetric information was got.
结果红外偏振光星状神经节阻滞照射可以明显提高患侧上肢动脉血管的血流量、降低血管阻力（P<0.01）；
Results SGB by polarized infrared light could obviously increase the flow velocity and down the resistance index in artery(vs control P< 0.01; vs before P< 0.01);
讨论了红外相干激光雷达中光学介质对偏振光束的影响程度，包括光束分束片和反射镜片的影响，给出了定量的结果。
The effects of optical medium including light beam splitter and reflecting metallic film on laser polarization state in a coherent CO_2 lidar are discussed.
讨论了红外相干激光雷达中光学介质对偏振光束的影响程度，包括光束分束片和反射镜片的影响，给出了定量的结果。
The effects of optical medium including light beam splitter and reflecting metallic film on laser polarization state in a coherent CO_2 lidar are discussed.
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