摘要
在天体空间或实验室的等离子体中可能存在能量为若干keV 量级的光子的线辐射,它们源于一种新的原子核物质结构形态( 核核两体的松聚合) 形成之时- 对两个原子核组成的体系,采用库仑势垒与核力方势阱相组合的作用势,求解核核两体的定态薛定谔方程,得到了两体松束缚态的波函数和可能的能量本征量( 核的长程库仑能的数量级) 并说明了这种松束缚态的存在条件- 对某些轻核,基态的结合能为若干keV-
The radiation of~keV photon maybe come from plasma in celestial space or the laboratory when the new nuclear structure (loose bound states of nuclear nuclear two body) are forming.It is obtained the probable solutions of the negative energy bound states of the stationary Schrodinger equation with Coulomb potential barrier and squaer well potential from nuclear force for the system of two nuclears.The wave functions,energy eigenvalues and the existence condition of the probable loose bound states of nuclear nuclear two body are givn.For the ground state of a few light nuclears the scale of binding energy is~keV.
出处
《光子学报》
EI
CAS
CSCD
1999年第12期1061-1065,共5页
Acta Photonica Sinica
基金
国家自然科学基金!(19455001B)
关键词
空间
核-核两体
keV量级
光子
线辐射源
Celestial space
Nuclear nuclear two body
Loose bound
Binding energy