双脉冲打靶实验中传统光路的能量损失大,会使能量密度降低一个数量级。由于光学实验平台空间有限,镜子又多,调节和搭建复杂,实验调节和测得结果的准确性很低。于是搭建了一个新的可调控的光路,使实验效率和准确性大大提高。传统双脉冲光路示意图示于图1。图1传统双脉冲光路示意 In traditional double-pulse target experiments, the energy loss of the traditional optical path is large, which reduces the energy density by an order of magnitude. Due to the limited space of optical experiment platform, many mirrors and complicated adjustment and setup, the accuracy of experimental adjustment and measured results is very low. So set up a new light path can be controlled, the experimental efficiency and accuracy greatly improved. A schematic of a conventional dual-pulse optical path is shown in Figure 1. Figure 1 shows the traditional dual-pulse optical path