The paper demonstrates that temporal behavior of proton components of intense pulsed ion beams accelerated to average energy of up to 200 keV with number of 10¹⁵ per shot can be reliably evaluated with use of prompt $\gamma$-spectrometry. The ion shots are dumped onto a pyrolytic h-BN plate in which a 5 mm diameter hole is provided to enable simultaneous time-of-flight measurement of the ion species with a Biased Ion Collector. The proton energy and number are determined by simultaneous control of signals from two organic scintillators shielded with lead layers of 2 and 3 cm to evaluate contributions of the nuclear reactions ¹⁰B(p, $\alpha$ $\gamma$)⁷Be and ¹¹B(p, $\gamma$)¹²C via measurement of yields of prompt $\gamma$-rays with energies of 429 and 4439 keV, respectively.

该论文证明，可以使用提示可靠地评估被加速到平均能量高达 200 keV 且每次发射数量为 10 ¹⁵的强脉冲离子束的质子分量的时间行为。$\gamma$-光谱法。离子束被倾倒在热解 h-BN 板上，其中提供了一个直径为 5 毫米的孔，以便能够使用偏置离子收集器同时测量离子种类的飞行时间。质子能量和数量是通过同时控制来自两个有机闪烁体的信号来确定的，这些闪烁体用 2 厘米和 3 厘米的铅层屏蔽，以评估核反应的贡献¹⁰ B(p,$\alpha$ $\gamma$) ⁷ Be 和¹¹ B(p,$\gamma$) ¹² C 通过测量提示的产量$\gamma$-射线的能量分别为 429 和 4439 keV。