质子滴线外的深度远征 II：走向核结构存在的极限
核实验
2018-12-12 v5
摘要
利用系统学与团簇模型，研究了位于质子滴线远外的氩与氯同位素进行实验研究的前景。在Cl与Ar中观测到的、对广泛系统学的偏离已得到理论证实，并预测了较轻氯与氩同位素存在类似偏离。预测了Ar与Cl同位素链的核结构存在极限，其中Ar与Cl被发现是最轻的、寿命足够长的核系统。通过对这类系统衰变后产生的质子与射线以及其延迟发射进行同时测量，可获得一种有趣的协同效应，这由Cl与Ar基态研究为例得以展示。此种协同效应可由新的EXPERT装置（EXotic Particle Emission and Radioactivity by Tracking，奇异粒子发射与放射性追踪）提供，该装置运行于达姆施塔特GSI的碎片分离器与谱仪设施内。
引用
@article{arxiv.1804.01887,
title = {Deep excursion beyond the proton dripline. II. Toward the limits of existence of nuclear structure},
author = {L. V. Grigorenko and I. Mukha and D. Kostyleva and C. Scheidenberger and L. Acosta and E. Casarejos and V. Chudoba and A. A. Ciemny and W. Dominik and J. A. Dueñas and V. Dunin and J. M. Espino and A. Estradé and F. Farinon and A. Fomichev and H. Geissel and A. Gorshkov and Z. Janas and G. Kamiński and O. Kiselev and R. Knöbel and S. Krupko and M. Kuich and Yu. A. Litvinov and G. Marquinez-Durán and I. Martel and C. Mazzocchi and E. Yu. Nikolskii and C. Nociforo and A. K. Ordúz and M. Pfützner and S. Pietri and M. Pomorski and A. Prochazka and S. Rymzhanova and A. M. Sánchez-Benítez and P. Sharov and H. Simon and B. Sitar and R. Slepnev and M. Stanoiu and P. Strmen and I. Szarka and M. Takechi and Y. K. Tanaka and H. Weick and M. Winkler and J. S. Winfield and X. Xu and M. V. Zhukov},
journal= {arXiv preprint arXiv:1804.01887},
year = {2018}
}
备注
10 pages, 9 figures. Chapter added, language and some figures corrected