模数的计算结果可以看出边带激光在不同的温度下始终保持多模激光的特性。在

The calculation result of the modulus shows that the sideband laser always maintains the characteristics of the multi-mode laser at different temperatures. At different temperatures, the modulus of the sideband laser changes. This is what we will study in the future. At the same time, we measured the speckle image when the pump energy used to calculate the symmetry breaking spectrum was collected as the pump energy at each temperature. Because when pumping with energy close to the threshold, the emission of the sideband laser is very weak, and it is impossible to calculate the C value and M, we give the result when the energy is higher.

模数的计算结果可以看出边带激光在不同的温度下始终保持多模激光的特性。在不同的温度下，边带激光的模数是变化的，这是我们未来要研究的内容。同时我们测量了每个温度下，采集用于计算对称破却的光谱时所采用的泵浦能量作为泵浦能量时的散斑图像。由于在用接近阈值的能量泵浦时，边带激光的出射很弱，无法进行C值和M的计算，我们给出了能量较高时的结果。

It can be seen from the calculation results of the modulus that the side band laser always keeps the characteristics of multimode laser at different temperatures. At different temperatures, the modulus of the sideband laser varies, which is what we need to study in the future. At the same time, we measured the speckle image of the pump energy used to calculate the spectrum of symmetry breaking at each temperature. Because the output of the sideband laser is very weak when pumping with energy close to the threshold value, it is impossible to calculate the value of C and m. We give the results when the energy is high.<br>