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1)  signature splitting
旋称劈裂
2)  signature spilting and inversion
旋称劈裂反转
3)  signature splitting
旋称劈列
1.
The 9/2~(-)\ band in~(169)Re shows the largest signature splitting at low spin among the known odd mass Re isotopes.
该带在已知的奇ARe核中具有最大的低自旋旋称劈列。
2.
The 9/2- [514] band in 169Re shows the largest signature splitting at low spin among the known odd mass Re isotopes.
该带在已知的奇A Re核中具有最大的低自旋旋称劈列。
4)  spin splitting
自旋劈裂
1.
By modulating the strength of spin splitting, we found that the spin polarization within an organic chain is weaker than that within a metal chain, but stronger than that within a semiconductor.
通过调节磁性原子的自旋劈裂强度 ,发现有机分子链内的自旋极化弱于金属链 ,但强于半导体链 。
2.
The valence band spin splitting for a superlattice composed of AlAs, Al y Ga 1- y As, Al x Ga 1- x As and GaAs is studied in this paper.
四种材料超晶格的价带自旋劈裂的研究田园a)陈维友b)彭宇恒b)张宝林a)a)(中国科学院长春物理研究所,长春130021)b)(吉林大学电子工程系,长春130023)关键词能带结构,超晶格,自旋劈裂自从Esaki和Tau[1]发现量子阱和超晶格以来,。
5)  spin-orbit splitting
自旋-轨道劈裂
1.
The effects of iso-scalar to tensor coupling on spin-orbit splittings are studied in the framework of the Relativistic Mean Field theory.
在相对论平均场理论中引入同位旋标量-矢量介子ω张量项,以208Pb为例,研究了张量项对原子核平均势场、介子场、自旋-轨道耦合势、单粒子能级的自旋-轨道劈裂和原子核壳层结构等的影响。
6)  SOSA
自旋轨道劈裂阵
1.
The calculations of the rate coefficients for dielectronic recombination (DR) along the (CuⅠ) isoelectronic sequence in the ground state Dy~(37+) through Zn-like inner-shell excited configurations were performed using the model of SOSA.
在自旋轨道劈裂阵模型 (SOSA)下 ,通过类锌组态 ,理论计算出类铜Dy3 7+ 的双电子复合速率系数 ,得出其在电子温度 0 。
2.
The calculations of the rate coefficients for dielectronic recombination (DR) along the NiI isoelectronic sequence in the ground state Gd 36+ through Cu like inner shell excited configurations were performed using the model of SOSA.
在自旋轨道劈裂阵模型下 ,通过类铜组态理论计算出类镍 Gd3 6+ 的双电子复合速率系数 ,得出其在电子温度 0 。
3.
02keV ~ 10keV under the model of SOSA (spin-orbit-splitarray).
在自旋轨道劈裂阵模型下,理论计算在0。
补充资料:劈裂强度
分子式:
CAS号:

性质:在规定的试验条件下,胶接试样产生分离时单位胶接宽度所需的拉伸载荷,以kN/m表示。劈裂试验是刚性材料与刚性材料胶接时胶黏剂承受集中负荷的能力。

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