The application scope of the analytic continuation in the coupling constant (ACCC) can be extended to the exchange parameters of the effective nucleon-nucleon interaction in the microscopic cluster *** on such an ex...
The application scope of the analytic continuation in the coupling constant (ACCC) can be extended to the exchange parameters of the effective nucleon-nucleon interaction in the microscopic cluster *** on such an exchange parameter dependent ACCC (abbreviated as EPD-ACCC),we examine theΛ9Be system in the framework of the α+α+Λ microscopic cluster *** particle emission from excited states of α+α+Λ are investigated,and the corresponding resonant energies are obtained via ***,the complex scaling method (CSM) is applied for comparison.A good agreement between these two theoretical approaches is *** study demonstrates EPD-ACCC to be a reliable method for estimating multi-cluster resonances in light hypernuclei.
The application scope of the analytic continuation in the coupling constant(ACCC)can be extended to the exchange parameters of the effective nucleon-nucleon interaction in the microscopic cluster *** on such an exchan...
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The application scope of the analytic continuation in the coupling constant(ACCC)can be extended to the exchange parameters of the effective nucleon-nucleon interaction in the microscopic cluster *** on such an exchange parameter dependent ACCC(abbreviated as EPD-ACCC),we examine the_(∧)^(9)Be system in the framework of theα+Q+∧microscopic cluster *** particle emission from excited states ofα+α+∧are investigated,and the corresponding resonant energies are obtained via ***,the complex scaling method(CSM)is applied for comparison.A good agreement between these two theoretical approaches is *** study demonstrates EPD-ACCC to be a reliable method for estimating multi-cluster resonances in light hypernuclei.
In this study,we investigate the cluster radioactivity(CR)of new superheavy elements with Z=119 and 120 based on two successful theoretical methods with modified parameters:the density-dependent cluster model(DDCM)and...
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In this study,we investigate the cluster radioactivity(CR)of new superheavy elements with Z=119 and 120 based on two successful theoretical methods with modified parameters:the density-dependent cluster model(DDCM)and unified decay formula(UDF).First,we employ the DDCM and UDF to accurately reproduce the experimental half-lives of cluster emissions,which demonstrates the high reliability of our theoretical ***,we systematically predict the probable cluster modes of ^(293-311)119 and ^(293-302)120 as well as their corresponding decay energies and *** half-lives of cluster decay derived from the DDCM are consistent with those from the ***,our results reveal that the cluster emission of ^(8)Be,emitted from the Z=119 and 120 isotopic chains,exhibits the minimum half-life for cluster emission,and hence,^(8)Be emission is considered the most probable cluster decay ***,we explore the competition betweenαdecay and CR and find thatαdecay may be the dominant decay mode against ***,the good linear relationship between the decay energy and the number ofαparticles within the emitted cluster is extended to the range of superheavy nuclei(SHN).We anticipate that our theoretical predictions for CR will provide valuable references for the experimental synthesis of new SHN.
目的:设计实现基于医院微信公众号应用四川省卫生厅推广的电子居民健康卡平台。方法:分析医院微信公众号平台使用特点,并结合电子居民健康卡平台与医院现有的HIS(Hospital Information System)系统就医流程,设计实现在医院微信公众号平...
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目的:设计实现基于医院微信公众号应用四川省卫生厅推广的电子居民健康卡平台。方法:分析医院微信公众号平台使用特点,并结合电子居民健康卡平台与医院现有的HIS(Hospital Information System)系统就医流程,设计实现在医院微信公众号平台中应用电子居民健康卡平台。结果:以医院微信公众号平台为载体,实现应用电子居民健康卡在医院现有HIS系统中完成整个就医流程。结论:通过医院微信公众号平台作为媒介,让患者更加方便快捷的通过电子居民健康卡平台来院就医。
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