对于大吨位高架梁，太阳辐射引起的温度效应无法忽略，并可能成为结构设计的控制因素。
The temperature effect on large tonnage fly over beam caused by solar radiation should not be ignored, which will become the controlling factor of the structural design.
根据实验结果，提出了组成和结构对玻璃防辐射能力的综合效应观点。
According to the experimental results, the synthetical effects of glass composition and structure on irradiation proof ability were proposed.
混凝土对太阳辐射的吸收率直接影响混凝土结构内温度场分布以及温度效应。
The field of temperature distribution and the effect of temperature in concrete structure are directly influenced by solar absorption coefficient of concrete.
研究结果为进一步研究弱电磁辐射对生物大分子二级结构的非热效应机理提供了一定的实验依据及理论参考。
The results offer experimental basis and theoretical reference for further study of the mechanism of nonthermal effects of weak electromagnetic fields on biological molecule secondary structure.
着重研究倒掺杂结构PDSOI器件较常规PD SOI 器件抗SEU能力的改善，并对SOI器件单粒子辐射的电荷收集效应进行了模拟与仿真。
The improvement of retrograde structure PD SOI to SEU versus conventional PD SOI is intensively studied in the end, and the charge collection effects of SEE in SOI device are also simulated.
仿真结果显示了存在屏蔽线的微带线结构所产生的辐射功率远小于无屏蔽线的辐射功率，表明了单屏蔽线对电磁辐射干扰有很好的抑制效应。
The results show that radiated power from a signal line with a shielding line is much less than that from a signal line without a shielding line.
仿真结果显示了存在屏蔽线的微带线结构所产生的辐射功率远小于无屏蔽线的辐射功率，表明了单屏蔽线对电磁辐射干扰有很好的抑制效应。
The results show that radiated power from a signal line with a shielding line is much less than that from a signal line without a shielding line.
应用推荐