1) state densities
粒子空穴态密度
2) particle-hole state
粒子-空穴态
3) configuration
[英][kən,fɪɡə'reɪʃn] [美][kən'fɪgjə'reʃən]
粒子空穴组态
1.
The experimental spectra of chiral partner bands for four N=75 isotones in A≈region have been well reproduced by the calculation with the configuration πh_(11/2)νh~(-1)_(11/2).
基于粒子空穴组态πh11/2 νh-111/2的计算很好地再现了A≈130核区N=75同中子素的手征双重带实验能谱。
2.
The experimental spectra of chiral partner bands for four N=75 isotones in A ≈ region have been well reproduced by the calculation with the configuration πh11/2(?)vh11/2-1.
基于粒子空穴组态πh11/2(?)vh11/2-1的计算很好地再现了A≈130核区N=75同中子素的手征双重带实验能谱。
4) particle-hole multiplet
粒子-空穴多重态
5) one particle one hole state
单粒子 单空穴态
6) the particle density-of-state
粒子态密度
补充资料:准粒子态密度(densityofsinglequasi-particalstates)
准粒子态密度(densityofsinglequasi-particalstates)
在相空间单位体积单位能量间隔中的状态数称态密度。在BCS理论中的准粒子态密度为:
`N_s(E)=N(0)\frac{E}{sqrt{E^2-\Delta^2}},(E>0)`
式中E为粒子的元激发能量,N(0)为正常相的态密度。上式对大多数超导金属与单电子隧道实验结果相符。
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