Relativistic Coulomb excitation of Kr-88

Moschner K.; Blazhev A.; Jolie J.; Warr N.; Boutachkov P.; Bednarczyk P.; Sieja K.; Algora A.; Ameil F.; Bentley M. A.; Brambilla S.; Braun N.; Camera F.; Cederkaell J.; Corsi A.; Danchev M.; DiJulio D.; Fahlander C.; Gerl J.; Giaz A.; Golubev P.; Gorska M.; Grebosz J.; Habermann T.; Hackstein M.; Hoischen R.; Kojouharov I.; Kurz N.; Margincan N.; Merchan E.; Moeller T.; Naqvi F.; Singh B. S. Nara; Nociforo C.; Pietralla N.; Pietri S.; Podolyak Zs.; Prochazka A.; Reese M.; Reiter P.; Rudigier M.; Rudolph D.; Sava T.; Schaffner H.; Scruton L.; Taprogge J.; Thomas T.; Weick H.; Wendt A.; Wieland O.; Wollersheim H. -J.

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Relativistic Coulomb excitation of Kr-88

机译：相对论的库仑激发KR-88

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To investigate the systematics of mixed-symmetry states in N = 52 isotones, a relativistic Coulomb excitation experiment was performed during the PreSPEC campaign at the GSI Helmholtzzentrum fur Schwerionenforschung to determine E2 transition strengths to 2(+) states of the radioactive nucleus Kr-88. Absolute transition rates could be measured towards the first and third 2+ states. For the latter a mixed-symmetry character is suggested on the basis of the indication for a strong M1 transition to the fully symmetric 2(1)(+) state, extending the knowledge of the N = 52 isotones below Z = 40. A comparison with the proton-neutron interacting boson model and shell-model predictions is made and supports the assignment.

机译：为了研究N = 52个异种中的混合对称状态的系统学，在GSI Helmholtzzentrum Fur Schwerionenforschung的PREPEC运动期间进行相对论的库仑激励实验，以确定放射性核KR-88的2（+）态的E2转变强度。绝对转换率可以朝向第一和第三个2+州测量。对于后者，基于强大的M1转换到完全对称的2（1）（+）状态的指示，提出了混合对称特征，扩展了低于Z = 40的N = 52异鼻的知识。比较使用质子中子互动玻色子模型和壳模型预测并支持分配。

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来源
《Physical review, C》 |2016年第5期|共5页
作者
Moschner K.; Blazhev A.; Jolie J.; Warr N.; Boutachkov P.; Bednarczyk P.; Sieja K.; Algora A.; Ameil F.; Bentley M. A.; Brambilla S.; Braun N.; Camera F.; Cederkaell J.; Corsi A.; Danchev M.; DiJulio D.; Fahlander C.; Gerl J.; Giaz A.; Golubev P.; Gorska M.; Grebosz J.; Habermann T.; Hackstein M.; Hoischen R.; Kojouharov I.; Kurz N.; Margincan N.; Merchan E.; Moeller T.; Naqvi F.; Singh B. S. Nara; Nociforo C.; Pietralla N.; Pietri S.; Podolyak Zs.; Prochazka A.; Reese M.; Reiter P.; Rudigier M.; Rudolph D.; Sava T.; Schaffner H.; Scruton L.; Taprogge J.; Thomas T.; Weick H.; Wendt A.; Wieland O.; Wollersheim H. -J.;
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作者单位

Univ Cologne Inst Kernphys Cologne Germany;

Univ Cologne Inst Kernphys Cologne Germany;

Univ Cologne Inst Kernphys Cologne Germany;

Univ Cologne Inst Kernphys Cologne Germany;

GSI Helmholtzzentrum Schwerionenforsch GmbH Darmstadt Germany;

Inst Nucl Phys PAN Krakow Poland;

Univ Strasbourg IPHC CNRS UMR7178 Strasbourg France;

Univ Valencia CSIC Inst Fis Corpuscular Valencia Spain;

GSI Helmholtzzentrum Schwerionenforsch GmbH Darmstadt Germany;

Univ York Dept Phys York N Yorkshire England;

Univ Milan Dipartimento Fis Milan Italy;

Univ Cologne Inst Kernphys Cologne Germany;

Univ Milan Dipartimento Fis Milan Italy;

Lund Univ Dept Phys Lund Sweden;

Univ Milan Dipartimento Fis Milan Italy;

Univ Sofia Fac Phys Sofia Bulgaria;

Lund Univ Dept Phys Lund Sweden;

Lund Univ Dept Phys Lund Sweden;

GSI Helmholtzzentrum Schwerionenforsch GmbH Darmstadt Germany;

Univ Milan Dipartimento Fis Milan Italy;

Lund Univ Dept Phys Lund Sweden;

GSI Helmholtzzentrum Schwerionenforsch GmbH Darmstadt Germany;

Inst Nucl Phys PAN Krakow Poland;

GSI Helmholtzzentrum Schwerionenforsch GmbH Darmstadt Germany;

Univ Cologne Inst Kernphys Cologne Germany;

GSI Helmholtzzentrum Schwerionenforsch GmbH Darmstadt Germany;

GSI Helmholtzzentrum Schwerionenforsch GmbH Darmstadt Germany;

GSI Helmholtzzentrum Schwerionenforsch GmbH Darmstadt Germany;

Horia Hulubei NIPNE Bucharest Romania;

GSI Helmholtzzentrum Schwerionenforsch GmbH Darmstadt Germany;

Tech Univ Darmstadt Inst Kernphys Darmstadt Germany;

Univ Cologne Inst Kernphys Cologne Germany;

Univ York Dept Phys York N Yorkshire England;

GSI Helmholtzzentrum Schwerionenforsch GmbH Darmstadt Germany;

Tech Univ Darmstadt Inst Kernphys Darmstadt Germany;

GSI Helmholtzzentrum Schwerionenforsch GmbH Darmstadt Germany;

Univ Surrey Dept Phys Guildford Surrey England;

GSI Helmholtzzentrum Schwerionenforsch GmbH Darmstadt Germany;

Tech Univ Darmstadt Inst Kernphys Darmstadt Germany;

Univ Cologne Inst Kernphys Cologne Germany;

Univ Cologne Inst Kernphys Cologne Germany;

Lund Univ Dept Phys Lund Sweden;

Horia Hulubei NIPNE Bucharest Romania;

GSI Helmholtzzentrum Schwerionenforsch GmbH Darmstadt Germany;

Univ York Dept Phys York N Yorkshire England;

Univ Cologne Inst Kernphys Cologne Germany;

Univ Cologne Inst Kernphys Cologne Germany;

GSI Helmholtzzentrum Schwerionenforsch GmbH Darmstadt Germany;

Univ Cologne Inst Kernphys Cologne Germany;

Univ Milan Dipartimento Fis Milan Italy;

GSI Helmholtzzentrum Schwerionenforsch GmbH Darmstadt Germany;

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正文语种 eng
中图分类原子核物理学、高能物理学;
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专利

1. Relativistic Coulomb excitation of Kr-88 [J] . Moschner K., Blazhev A., Jolie J., Physical review, C . 2016,第5期

机译：相对论的库仑激发KR-88
2. Dynamical coupling of pygmy and giant resonances in relativistic Coulomb excitation [J] . N.S. Brady, T. Aumann, C.A. Bertulani, Physics letters . 2016,第1期

机译：相对论库仑激发中侏儒和巨共振的动态耦合
3. Relativistic Coulomb Excitation within the Time Dependent Superfluid Local Density Approximation [J] . I. Stetcu, C. A. Bertulani, A. Bulgac, Physical review letters . 2015,第1期

机译：时间相关的超流体局部密度近似中的相对论库仑激发
4. Relativistic Coulomb Excitation of Neutron-Rich ~(54,56,58)Cr [C] . H. Huebel, A. Buerger, T.R. Saito, Nuclear Dynamics . 2005

机译：中子富〜（54,56,58）Cr的相对论库仑激发
5. Low-lying collective excitations in (18)F(g.s.) and (18)F(m) studied via intermediate-energy Coulomb excitation (Fluorine-18). [D] . Zimmerman, James Aaron. 2000

机译：通过中能库仑激发（Fluorine-18）研究了（18）F（g.s。）和（18）F（m）中的低层集体激发。
6. VIRTUAL COULOMB EXCITATION IN NUCLEON TRANSFER [O] . G. Breit 1967

机译：核转移中的虚拟库仑激发
7. Relativistic Coulomb excitation of the giant dipole resonance in nuclei: How to calculate transition probabilities without invoking the Liénard-Wiechert relativistic scalar and vector potentials [O] . Dasso, Carlos Hugo, Gallardo Fuentes, María Isabel 2006

机译：原子核中大偶极子共振的相对论库仑激发：如何在不调用Liénard-Wiechert相对论标量和矢量势的情况下计算跃迁几率
8. Covariant Formulation of Coulomb Excitation in Heavy Ion Collisions at Ultra-Relativistic Energies [R] . Ferreira Filho, L. G. , Kodama, T. , Nemes, M. C. 1988

机译：超相对论能量重离子碰撞中库仑激发的协变公式

Relativistic Coulomb excitation of Kr-88

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