So the impaired mechanism of I-Rof limbs is of both theoretical and clinical importance.
因此，阐明肢体i - R引发海马神经元损伤的机制，具有重要的理论意义和临床应用价值。
Secondly, two novel ROF system schemes based on the LiNbO3 phase modulator are accomplished.
采用铌酸锂相位调制器设计了两种新型的ROF系统。
With broad coverage and easy maintainance, RoF techonogy will be widely applied in the future.
其覆盖面广、易于动态管理和维护等特点，使其具有巨大的应用前景。
The Regeneration, RoF and huge damage increase for the fighters mean that this unit is pretty much impossible to kill.
自我恢复，高射速，巨大的攻击增益都意味着这个单位不可能被摧毁。
Progresses of millimeter wave subcarrier fiber communication technology (ROF) for future generation mobile communication are summarized in this paper.
综述了用于下一代移动通信的光纤毫米波副载波通信技术(ROF)的研究进展。
Compared with the prior method, the present invention can save the expensive photon components, and can ensure the structure of the ROF system to be simpler.
本发明比以往的光毫米波产生方法节约了昂贵的光子器件，并使得R OF系统的结构更加简单。
Since results in line with expectations, it preliminarily prove that use of narrow-band FBG to realize SSB in RoF can inhibiting decay caused by dispersion better.
检测双边带信号通过窄带FBG滤波后，成为单边带信号的光谱图，结果基本符合分析预期。
A novel scheme for optical millimeter (mm)-wave generation with optical carrier suppression(OCS) modulation by external modulator in a radio-over-fiber (ROF) system was proposed.
提出了一种改进的光载波抑制产生光毫米波的方法。
The rheological behaviour of the R-PVC can be improved by modification with ROF, which is different from the traditional elastomer-toughening of plastics inregularity and feature.
刚性有机粒子使共混 物流变行为变佳， 挤出 物外观改善，显示出与传统的弹性体增韧改性不同的规律及特色。
PS, PMMA, SAN) were studied. The results show that filling ROF in small amount to ductile PVC matrix leads apparent improvement of impact strength while tensile strength and modulus increase slightly.
实验发现将少许ROF填充到硬聚氯乙烯韧性体中，能使基体的冲击强度和拉伸强度同时提高，获得既增韧又增强的双重效果。
PS, PMMA, SAN) were studied. The results show that filling ROF in small amount to ductile PVC matrix leads apparent improvement of impact strength while tensile strength and modulus increase slightly.
实验发现将少许ROF填充到硬聚氯乙烯韧性体中，能使基体的冲击强度和拉伸强度同时提高，获得既增韧又增强的双重效果。
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