本发明可以用于具有漫反射特性的物体表面特征的测量研究。
The method can be used for measurement study of the characteristics of the object surface with the characteristic of diffuse reflection.
阐述了目标的漫反射特性对非合作目标相位式激光测距仪中光功率探测的重要性。
The importance of the diffuse reflectivity of the reflective target for the non-cooperative laser rangefinder is presented.
阐述了目标的漫反射特性对非合作目标相位式激光测距仪中光功率探测的重要性。
The fabrication process of glass and glass microsphere for laser cooperation target was studied.
本文首先对室内漫射红外的通信信道进行研究和分析，基于红外的漫反射特性我们建立了其脉冲响应模型。
In the paper, firstly, studying and analyzing the indoor wireless infrared channel. Based on infrared diffuse reflection properties, Modeling of the infrared diffuse channels impulse response.
给出了正入射条件下铝漫反射板在紫外真空紫外波段的漫反射特性及硫酸钡和聚四氟乙烯（PTFE）漫反射板在紫外波段的漫反射特性；
Characteristics of a ground aluminium diffuse plate at ultraviolate vacuum ultraviolate(UV VUV)and that of a BaSO 4 and a polytetrafluoroethylene (PTFE) diffuse plate at UV are described.
实际的金属表面，其反射特性与材料、光源光波波长、散射及漫反射损耗有关。
The reflection character of a real surface of metalwork is related to the material, light wavelength, scattering and diffuse reflection.
全面分析了目标面漫反射光束的空间分布及其特性。
The feature and the distribution of diffused light of the object are analyzed in detail.
此外，由于紫外线具有在大气中漫反射的特性，采用紫外光通讯系统，还具有一定的绕过障碍物的能力。
Moreover, the UV has diffuse reflectance characteristics in the air. Ultraviolet communication system also has the ability to bypass the barrier.
同时，使用EWS近红外分析仪，用漫反射技术，对单籽粒稻谷和单籽粒稻谷糙米的品质特性进行分析。
Furthermore, near infrared reflectance spectroscopy was used in qualities analysis of single rice and single rice brown, using the EWS Analyzer.
由于在近红外光谱区生物组织具有强散射特性，因此近红外光能够达到组织内部一定深度，使漫反射光子能够携带了生物组织的重要信息。
The near-infrared photons can reach a certain depth in the tissue because of their strong scattering characteristic, so the photons of diffuse reflectance take the information on biological tissues.
为了测量生物组织的光学特性参数，采用了CCD漫反射法和透射法。
To measure optical parameters of biological tissues, CCD diffusing reflection and transmission measurements were introduced.
通过反向应用射线踪迹法并与漫反射表面的有效辐射强度相结合来分析含漫射表面半透明体的表观光谱发射特性。
A ray split-off and tracing approach is presented to analyze the apparent spectral reflecting performance of a semitransparent fluid layer with undulant surface.
通过反向应用射线踪迹法并与漫反射表面的有效辐射强度相结合来分析含漫射表面半透明体的表观光谱发射特性。
A ray split-off and tracing approach is presented to analyze the apparent spectral reflecting performance of a semitransparent fluid layer with undulant surface.
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