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本研究组在兰州放射性束流线(RIBLL1)上开展了近质子滴线核~(24)Siβ衰变的实验研究。使用厚度分别为149μm和66μm的双面硅条探测器停阻粒子与探测衰变。在电子学处理上,用探测器正面和背面信号做“与”符合后作为数据获取系统的开门信号,N568B主放的×10能量输出信号经过倒相后进入Philips 7106做前沿定时
Our team carried out an experimental study of the decay of ~ (24) Siβ in near-proton dripping nuclei on Lanzhou Radioactive Beamline (RIBLL1). Use a double-sided silicon detector of 149 μm and 66 μm thick to block particles and detect decay. In electronic processing, with the front and back of the detector signal to do “and ” as a data access system after the door open signal, N568B main put × 10 energy output signal into the Philips 7106 front-end timing after the inverted timing