Spectral statistics in particles-rotor model and cranking model

Xian Rong Zhou; Lu Guo; Jie Meng; En Guang Zhao

Spectral statistics in particles-rotor model and cranking model

Xian Rong Zhou, Lu Guo, Jie Meng, En Guang Zhao

Research output: Contribution to journal › Article › peer-review

Abstract

Spectral statistics for six particles in single-j and two-j model coupled with a deformed core are studied in the frames of particles-rot or model and cranking shell model. The nearest-neighbor-distribution of energy levels and spectral rigidity are studied as a function of the spin or cranking frequency, respectively. The results of single-j shell are compared with those in two-j case. The system becomes more regular when single-j space (i_13/2) is replaced by two-j shell (g_7/2 + d_5/2), although the basis size of the configuration space is unchanged. However, the degree of chaoticity of the system changes slightly when configuration space is enlarged by extending single-j shell (i_13/2) to two-j shell (i_13/2 + g_9/2). Nuclear chaotic behavior is studied when we take a two-body interaction as delta force and pairing interaction, respectively.

Original language	English
Pages (from-to)	1133
Number of pages	1
Journal	Kao Neng Wu Li Yu Ho Wu Li/High Energy Physics and Nuclear Physics
Volume	26
Issue number	11
State	Published - Nov 2002
Externally published	Yes

Keywords

Cranking model
Particles-rotor model
Spectral rigidity
Spectral statistics
The nearest-neighbor distribution

Cite this

@article{6be25657047546649ed7bbd84ddfbdfe,

title = "Spectral statistics in particles-rotor model and cranking model",

abstract = "Spectral statistics for six particles in single-j and two-j model coupled with a deformed core are studied in the frames of particles-rot or model and cranking shell model. The nearest-neighbor-distribution of energy levels and spectral rigidity are studied as a function of the spin or cranking frequency, respectively. The results of single-j shell are compared with those in two-j case. The system becomes more regular when single-j space (i13/2) is replaced by two-j shell (g7/2 + d5/2), although the basis size of the configuration space is unchanged. However, the degree of chaoticity of the system changes slightly when configuration space is enlarged by extending single-j shell (i13/2) to two-j shell (i13/2 + g9/2). Nuclear chaotic behavior is studied when we take a two-body interaction as delta force and pairing interaction, respectively.",

keywords = "Cranking model, Particles-rotor model, Spectral rigidity, Spectral statistics, The nearest-neighbor distribution",

author = "Zhou, \{Xian Rong\} and Lu Guo and Jie Meng and Zhao, \{En Guang\}",

year = "2002",

month = nov,

language = "英语",

volume = "26",

pages = "1133",

journal = "Kao Neng Wu Li Yu Ho Wu Li/High Energy Physics and Nuclear Physics",

issn = "0254-3052",

publisher = "Kexue Chubaneshe/Science Press",

number = "11",

}

TY - JOUR

T1 - Spectral statistics in particles-rotor model and cranking model

AU - Zhou, Xian Rong

AU - Guo, Lu

AU - Meng, Jie

AU - Zhao, En Guang

PY - 2002/11

Y1 - 2002/11

N2 - Spectral statistics for six particles in single-j and two-j model coupled with a deformed core are studied in the frames of particles-rot or model and cranking shell model. The nearest-neighbor-distribution of energy levels and spectral rigidity are studied as a function of the spin or cranking frequency, respectively. The results of single-j shell are compared with those in two-j case. The system becomes more regular when single-j space (i13/2) is replaced by two-j shell (g7/2 + d5/2), although the basis size of the configuration space is unchanged. However, the degree of chaoticity of the system changes slightly when configuration space is enlarged by extending single-j shell (i13/2) to two-j shell (i13/2 + g9/2). Nuclear chaotic behavior is studied when we take a two-body interaction as delta force and pairing interaction, respectively.

AB - Spectral statistics for six particles in single-j and two-j model coupled with a deformed core are studied in the frames of particles-rot or model and cranking shell model. The nearest-neighbor-distribution of energy levels and spectral rigidity are studied as a function of the spin or cranking frequency, respectively. The results of single-j shell are compared with those in two-j case. The system becomes more regular when single-j space (i13/2) is replaced by two-j shell (g7/2 + d5/2), although the basis size of the configuration space is unchanged. However, the degree of chaoticity of the system changes slightly when configuration space is enlarged by extending single-j shell (i13/2) to two-j shell (i13/2 + g9/2). Nuclear chaotic behavior is studied when we take a two-body interaction as delta force and pairing interaction, respectively.

KW - Cranking model

KW - Particles-rotor model

KW - Spectral rigidity

KW - Spectral statistics

KW - The nearest-neighbor distribution

UR - https://www.scopus.com/pages/publications/0346383772

M3 - 文章

AN - SCOPUS:0346383772

SN - 0254-3052

VL - 26

SP - 1133

JO - Kao Neng Wu Li Yu Ho Wu Li/High Energy Physics and Nuclear Physics

JF - Kao Neng Wu Li Yu Ho Wu Li/High Energy Physics and Nuclear Physics

IS - 11

ER -

Spectral statistics in particles-rotor model and cranking model

Abstract

Keywords

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