1) full core plus correlation
全实加关联
1.
The non relativistic energies of the excited states 1s 2nl (l = 4, 5) with high angular momentum of the lithium atom are calculated by using a full core plus correlation method with multi configuration wave functions.
用全实加关联 (FCPC)方法计算锂原子的高角动量激发态 1s2 nl (l =4,5 )的能量及其精细结构 。
2.
The full core plus correlation (FCPC) and the minimiziation of the expectation value of the Hamiltonian method is extended to calculate the non relativistic energies and the wave functions of 1s 2 n d ( n =3,4,5) states for the lithium like systems from Z =11 to 20.
使用全实加关联 (fullcorepluscorrelation缩写为FCPC)和里兹 (Ritz)变分方法计算了类锂体系 (Z =11— 2 0 )激发态 1s2 nd(n =3,4 ,5 )的非相对论能量和波函数 ;包括动能修正、电子 电子接触项、轨道 轨道相互作用项以及Darwin项的相对论修正和质量极化项由全实加关联波函数的一阶微扰给出 ,量子电动力学 (quantumelectronicdynamics缩写为QED)修正由有效核电荷方法和类氢公式计算 ;给出了高电离类锂体系激发态的激发能、精细结构和项能 (termenergy) ,并将计算结果与实验数据及其他理论计算结果进行了比较 ,表明FCPC方法中电子关联波函数很好地反映了具有 1s2 离子实三电子体系中电子的强关联效
2) Full-core plus correlation
全实加关联
1.
They indicate that the full-core plus correlation method i.
用全实加关联波函数计算了类锂原子体系（核电荷3～10）的基态ls22s和激发态ls2nl（l=s，p，d，f；n≤5）的比质量移位。
2.
The fine structure splittings of 1s2np(n≤9) states for lithium-like Zn27+ion are calculated by using the full-core plus correlation(FCPC) method.
用全实加关联(FCPC)方法计算了类锂Zn27+离子1s2np(n≤9)态的精细结构。
3) full-core plus correlation method
全实加关联方法
4) full core plus correlation method
全实加关联法
5) all-weighted association
完全加权关联规则
1.
Aiming at the problem,this paper put s forward a new model of weighted association rules for solving the problem,and proposes an algorithm to discover all-weighted association rules.
针对此类问题,文章提出新的加权关联规则模型,并提出了完全加权关联规则的挖掘算法。
补充资料：全实
1.谓境域完整，地方富裕。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条