Experimental Investigation of the ~(19)F(n, α)~(16)N Reaction Excitation Function in the Neutron Energy Range of 4 to 7.35 MeV

I. P. Bondarenko; V. A. Khryachkov; T. A. Ivanova; B. D. Kuzminov; N. N. Semenova; A. I. Sergachev

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Experimental Investigation of the ~(19)F(n, α)~(16)N Reaction Excitation Function in the Neutron Energy Range of 4 to 7.35 MeV

机译：〜（19）F（n，α）〜（16）N反应激发函数在4到7.35 MeV中子能范围内的实验研究

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The interaction of neutrons with light nuclei study is of interest for understanding nuclear-reaction mechanisms. Fluorine nuclei are worth particular attention because they are abundant in the core of the prom- ising molten-salt reactors and can noticeably affect the chain reaction kinetics. In this work we have experimen- tally investigated the ~(19)F(n, α)~(16)N reaction cross-section at neutron energies ranging from 4 to 7.35 MeV.

机译：中子与轻核研究的相互作用对于理解核反应机理很重要。氟原子核值得特别关注，因为它们在新兴的熔融盐反应器的核心中含量很高，并且可以显着影响链反应动力学。在这项工作中，我们实验研究了中子能量在4到7.35 MeV之间的〜（19）F（n，α）〜（16）N反应截面。

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《Physics of particles and nuclei letters》 |2013年第4期|共4页
作者
I. P. Bondarenko; V. A. Khryachkov; T. A. Ivanova; B. D. Kuzminov; N. N. Semenova; A. I. Sergachev;
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正文语种 eng
中图分类粒子物理学;
关键词
Experimental Investigation; Excitation; cross-section;

机译：实验研究;激发;截面;

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1. Experimental Investigation of the ~(19)F(n, α)~(16)N Reaction Excitation Function in the Neutron Energy Range of 4 to 7.35 MeV [J] . I. P. Bondarenko, V. A. Khryachkov, T. A. Ivanova, Physics of particles and nuclei letters . 2013,第4期

机译：〜（19）F（n，α）〜（16）N反应激发函数在4到7.35 MeV中子能范围内的实验研究
2. Calculations for the Excitation Functions of Reactions Induced in ~63Cu by Neutrons in the 1- to 20-MeV Energy Range [J] . K. Gul Nuclear science and engineering . 2000,第2期

机译：在1到20 MeV能量范围内中子在〜63Cu中诱发的反应的激发函数的计算
3. Measurement of excitation functions of the reactions ??Ni(n,2n) ??Ni and ??Cu(n,2n)??Cu in the neutron energy range 13.90-14.71 MeV [J] . Hafiz M A Indian Journal of Pure & Applied Physics . 2007,第2007期

机译：在中子能级13.90-14.71 MeV下测量反应φNi（n，2n）φNi和φCu（n，2n）φCu的激发函数
4. Excitation Functions of Products from 208,207,206,natPb and 209Bi (p,x) Reactions Measured in the 40–2600 MeV Energy Range and Predicted Theoretically [C] . Yu. E. Titarenko, V. F. Batyaev, V. M. Zhivun, International Conference on Nuclear Data for Science and Technology . 2005

机译：从208,207,206，NatPB和209Bi（P，X）反应的产品的激励功能在40-2600 MeV能量范围内测量，从理论上预测
5. Excitation energy deposition and the fission process in the reactions copper-63 + molybdenium-92,100 at 10, 17, 25 and 35 AMeV and neon-20 + samarium-144,148,154 at 20 AMeV. [D] . Lou, Yunian. 1994

机译：在10、17、25和35 AMeV下的铜63 +钼92,100和在20 AMeV下的氖20 + --144,148,154的激发能沉积和裂变过程。
6. Nuclear excitation functions of proton-induced reactions (Ep = 35 – 90 MeV) from Fe Cu and Al [O] . Stephen A. Graves, Paul A. Ellison, Todd E. Barnhart, -1

机译：铁铜和铝的质子诱导反应（Ep = 35 – 90 MeV）的核激发函数
7. Excitation functions for (p,x) reactions of niobium in the energy range of Ep = 40–90 MeV [O] . Andrew S. Voyles, Lee A. Bernstein, Eva R. Birnbaum, 2018

机译：EP = 40-90 mev的能量范围内铌的（p，x）反应的激发功能
8. Excitation Functions for exp 24 Mg( Alpha , alpha ) exp 24 Mg and exp 24 Mg( Alpha ,p) exp 27 Al Reactions in the Energy Range of alpha Particles from 23.05 to 28.55 MeV [R] . Ploskonska, J., Kapuscik, A., Skwirczynska, I., 1975

机译：激发函数exp exp mg（alpha，alpha）exp 24 mg和exp 24 mg（alpha，p）exp 27 al反应在α粒子的能量范围内从23.05到28.55 meV

Experimental Investigation of the ~(19)F(n, α)~(16)N Reaction Excitation Function in the Neutron Energy Range of 4 to 7.35 MeV

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