1.The team designed a meta material that had wires and SRRs interlaced together and assembled it into a prism shape.
该小组设计出一个由导线及分裂环共振器交织成的超材料，并将它组装成稜镜的形状。
2.The results show that the threshold distance of SRRS decreases with increasing the intensity and the pulse width of the pump laser.
研究结果表明：SRRS效应的阈值距离随着泵浦光强度和脉宽的增大而变短；
3.The physical mechanisms of electric resonance and magnetic resonance of SRRs in waveguide are simulated and analysed.
对波导中谐振环的电谐振和磁谐振的反应机制进行了详细的模拟分析。