自洽连续无规位相近似研究核物质不可压缩性系数和同位旋标量巨偶及共振(英文)

• 作 者: 曹李刚
• 出 处: IMP & HIRFL Annual Report
• 发表日期: 2012年00期
• 关键词: 同位旋 不可压缩性 nuclei diverse dipole Nuclear 自洽 giant depict relativistic

Nuclear incompressibility is an important parameter to depict the nuclear equation of state and plays an important role in understanding diverse phenomena ranging from giant resonances in finite nuclei to supernova explosions.However,this quantity can not be measured directly.In general,the value of nuclear incompressibility is deduced from the experimental data of compressional-mode in finite nuclear.The two important compressional modes are the isoscalar giant monopole resonance(ISGMR)and the isoscalar giant dipole resonance(ISGDR).The ISGMR is the better known compressional mode and a large amount of work has carried out to the ISGMR,since the measurement of the centroid energy of the ISGMR can pro-,

Nuclear incompressibility is an important parameter to depict the nuclear equation of state and plays an important role in understanding diverse phenomena ranging from giant resonances in finite nuclei to supernova explosions. Host, this quantity can not be measured directly. In general, the value of nuclear incompressibility is deduced from the experimental data of compressional-mode in finite nuclear. Two important compressional modes are the isoscalar giant monopole resonance (ISGMR) and the isoscalar giant dipole resonance (ISGDR). The ISGMR is the better known compressional mode and a large amount of work has carried out to the ISGMR, since the measurement of the centroid energy of the ISGMR can pro-,