Measurement of nuclear reaction data in a laser-driven plasma environment

The main purpose of this experiment is to study the nuclear reaction mechanism of fusion reactions. In terms of experimental processing methods, the neutron time-of-flight spectrum is mainly adopted. Signals are collected through scintillator detectors and photomultiplier tubes, and the time-of-flight method is used to distinguish signals. The data are from the original waveform data of the oscilloscope measured by the scintillation detector in the target room of the Shenguang Facility in Shanghai from August 6th to August 14th, 2019, at each laser generation in the experiment. The data collection area is from the plasma collision region, which is on the millimeter scale and covers the collision region and the surrounding plasma evolution region. The naming rule is date + issue number. The data format is csv, set, bmp, etc. It can be opened with software such as origin and matlab. In terms of experimental accuracy, the output under the same laser parameters is relatively stable, mainly due to the systematic error of the device.