实验结果表明，光路系统成功将泵浦光整形压缩后耦合进非线性晶体波导层中，

The experimental results show that the optical path system successfully reshapes and compresses the pump light and couples it into the nonlinear crystal waveguide layer, and uses the shielding material to cooperate with the Gaolai box energy detector to detect the terahertz wave energy at the modulation frequency of the chopper. The experiment successfully obtained a terahertz radiation source, and the structure is compact, which can improve the portability of the system.

The experimental results show that the optical circuit system successfully couples the pumped optical shaping compression into the nonlinear crystal wave guide layer, and uses the masking material with the Gaolai box energy detector to detect the tyhertz wave energy at the chopper modulation frequency. The experiment successfully obtained the tyhertz radiation source, and the compact structure can improve the portability of the system.

The experimental results show that the pump light is successfully compressed and coupled into the nonlinear crystal waveguide layer, and the terahertz wave energy is detected at the chopper modulation frequency by using the shielding material and the high Lai box energy detector. The terahertz radiation source is successfully obtained in this experiment, and the structure is compact, which can improve the portability of the system.<br>