G-factor相关论文
Purpose: Reduced field-of-view(FOV)imaging techniques have been confirmed to balance in-plane resolution and distortion ......
构建了氟化汞(
202Hg
19F)分子
2Σ1/2和
2 Π1/2态的有效自旋转动哈密顿量,并计算了该......
We theoretically investigate the Landau levels (LLs) and the magneto-transport and-optical properties in black phosp......
Magnetic rotation in 82Rb has been investigated for the first time by g-factor measurement of intra-band states of the m......
在中国原子能科学研究院的HI-13串列加速器上,利用76Ge(37C1,1p4n)108Cd重离子熔合蒸发反应布居了108Cd的yrast带高自旋态,采用瞬......
The g-factors of the 23P, 21P, and 33P states of the helium atom are calculated by using the vatiational wave functions ......
本文指出了文［１］中的错误，给出了确定同一电子组态原子态ｇ的最大值的普遍方法．...
探索了在原有实验基础上用电子自旋共振现象测量地磁场的新方法,较准确地测出地磁场水平、垂直分量,计算得出磁倾角,与标准值比较,......
本文使用哈密顿矩阵，计算出ＣｓＮｉＣｌ３的能级和ｇ因子随温度的变化，分析出Ｎｉ＾２＋－Ｃｌ＾－键长从５Ｋ￣３００Ｋ的热膨胀，得到线性热膨胀为：δＲ＝Ｒ（３００Ｋ）－Ｒ（５Ｋ）＝２×１０＾－２Ａ和线性热膨胀系数：α＝１／Ｒ ｄＲ／ｄＴ＝２．７３×１０＾－５Ｋ＾－１。......
本文从矢量模型出发，导出纯jj耦合下g因子表达式，并证明了当近似 取gs=2时，该式等价于量子力学的g因子矩阵略去非对角元的结果，说明了......
利用完全对角化方法，为晶体中＾４Ａ２态离子ｇ因子的计算提供了一条有效的途径。作为应用对红宝石激光晶体Ｃｒ＾３＋：Ａｌ２Ｏ３进行了研究。......
提出了一个计算二元半导体中过渡金属（TM）离子顺磁g因子的共价模型，并用以计算了ZnS：Co2+晶体的g因子，计算值与实验值吻合很好，从而解决......
【正】 The g-factor hence the magnetic moment,of the isomeric state <sup>43</sup>Sc（|9/2<sup>-</sup>,3.1232 MeV）has been m......
The spin-magnetic moment of the electron is revisited. In the form of the relativistic quantum mechanics, we calculate t......
The present work reports the effect of waste glass (WG) on the properties of Portland cement through Electron Para- magn......
A 4-channel 3 Tesla phased array receive coil for awake rhesus monkey fMRI and diffusion MRI experim
Awake monkey fMRI and diffusion MRI combined with conventional neuroscience techniques has the potential to study the st......
采用双自旋-轨道耦合参数模型和半经验的分子轨道法研究了Co^2+离子在Ⅱ-Ⅵ半磁半导体ZnX(x=S，Se，Te)中的EPRg因子．结果表明，配体Se和T......
研究了AlCl3·6H2O晶体中Cr^3+离子的ESR光谱，计算结果(D=-0．03264cm^-1，g=1．9709和△g=-0．00027)和实验值(D=-0．0327(1)cm^-1,g=1．97......
Calculation of the Zeeman-Fine Energies and the Spectrum with Doppler-Shift Correction of Atomic Lit
We have calculated the Zeeman-fine energies of atomic Lithium (Li) by using the varying effective Landé g-factor me......
We have calculated the effective g-factor for the transitions in hydrogen-like atoms and applied it to atomic cesium. We......
