The ground-state energy levels,the zero-field splitting parameter were calculated with the matrixes.
矩阵中考虑了自旋-轨道相互作用,自旋-自旋相互作用和自旋-其他轨道相互作用,利用该矩阵计算了YAG∶Cr3+晶体的基态能级、零场分裂参量,研究了自旋二重态对基态能级的贡献,理论计算值与实验值相符合,证明二重态对基态的贡献是不可忽略的。
Ground-state energy levels, zero-field splitting parameter of Cr3+∶ MgAl2O4 crystal were calculated by using completely diagonalized the matrixes method, the values of theoretical calculation conform with the experiments.
利用完全对角化该矩阵的方法计算了Cr3 +∶MgAl2O4晶体的基态能级、零场分裂参量,理论计算值与实验值相符合。
The ground-state energy levels and the constants of crystal structure and g factor of electron paramagnetic resonance of the Co~ 3+ in LiCoO-2 and LiCoO-2:Ni crystals are studied.
研究了LiCoO2晶体和掺入Ni的LiCoO2:Ni晶体中Co3+的基态能级、晶体结构和电子顺磁共振g因子。
The spectral fine structure,zero-field splitting parameters,and Jahn-Teller effect,as well s the influence of spin doublet state and spin quartet state on the ground-state energy levels in LiNbO_3∶Fe 3+ crystals were studied with this matrix.
应用不可约张量方法和群的理论构造了三角对称晶场中3d5组态离子的252阶可完全对角化的微扰哈密顿矩阵,利用该矩阵计算了LiNbO3∶Fe3+晶体的光谱精细结构、零场分裂、晶体结构、Jahn-Teller(J-T)效应,其理论计算值与实验值相符合,并研究了自旋四重态、自旋二重态分别对基态能级的影响,证明了自旋四重态对基态能级的贡献是主要的,自旋二重态对基态能级的贡献虽很小,但却是不可忽略的。
The energy levels structure and fluorescence properties of Ce~(3+) in LaAlO_3 single crystals;
铝酸镧单晶体中Ce~(3+)的能级结构和荧光特性
Discussion on designation of energy levels for Tm~(3+) ions;
铥离子(Tm~(3+))能级标注浅议
A formula of energy level for hydrogen atom in Stark effect;
氢原子一级Stark效应能级的解析式
Study on energy levels of two coupled Josephson junction flux qubits;
两个耦合约瑟夫森结磁通量子比特能级的研究(英文)
Calculations of Rydberg energy levels for Co Ⅹ Ⅶ using the weakest bound electron potential model theory;
CoⅩ Ⅶ离子Rydberg态能级的最弱受约束电子势模型理论计算
In this paper, the law of HXR calculated energy levels minus observed energy levels and net charge for Ga ⅠXe Ⅹ Ⅺ Ⅴ Ions 4s24p.
本文通过分析类镓等电子序列ＧａＩ—ＸｅＸＸⅣ离子４ｓ２４ｐ、４ｓ２４ｄ、４ｓ４ｐ２、４ｐ３、４ｓ２５ｓ组态能级的ＨＸＲ方法理论计算值与实验值之差△Ｅ与净电荷数Ｚｃ沿等电子序列的变化规律，找到每条能级的△Ｅ与Ｚｃ的半经验公式，用半经验公式外推预测了至今末见报道的ＧａＩ—ＳｅⅣ离子４ｐ３组态能级，同时补充了文献［１］中部分遗漏的能级和更正了个别辩认中的错误。
Energy of the charged particle in the magnetic field in noncommutative phase space;
磁场中的带电粒子在非对易相空间中的能级
Energy of the charged isotropic harmonic oscillator in Noncommutative Space;
带电谐振子在非对易空间中的能级
Energy of the Charged Particle in the Magnetic Field in Non-commutative Space;
磁场中带电粒子在非对易空间的能级
Treating the ground states of hydrogen, positronium and helium atoms by Bohr model uniquely
用玻尔理论统一处理氢原子、电子偶素和氦原子基态能级
Energy level-splitting of ground state in spinor Bose-Einstein condensate with large number of atoms
大N近似下旋量玻色-爱因斯坦凝聚的基态能级分裂
ground-exicited level jump
基态-激发能级跃迁
Being at an energy level higher than the ground state.
处于高于基态的能量级的.
s~1p~1 Configurational Energy Levels in Different Hosts
不同基质中s~1p~1组态的能级
The rotational levels of the ground vibrational level may be depopulated by radiation.
基态振动能级的各转动能级的粒子数可能因幅射而减少。
Potential Energy Function and Vibrational Energy Levels for the Ground State X～3∑_g～- and the Excited State b～1∑_g～+ of O_2 Molecule;
氧分子基态和激发态的势能函数及振动能级研究
Effect of the Valley-Orbit Splitting in SiC on the Dopant Ionization
SiC中基态施主能级分裂对杂质电离的影响
Effect on vibrational levels of H_2~+ by its approximate analytic wave function for the ground state
H_2~+基态近似解析波函数对振动能级影响的研究
three level solid state quantum amplifier
三能级固态量子放大器
Study on the Static, Dynamic Mechanical Properties of (Fully-graded) Concrete Based on Mesomechanics;
基于细观力学的（全级配）混凝土静、动态力学性能研究
Study of Dynamic PQDs Identification Based on Generalized S-Transform and Multi-SVMs
基于广义S变换和多级SVMs的动态电能质量扰动辨识方法研究
The river hierarchical classification based on ecological function:A case of Zhejiang Province
基于生态功能的河流等级划分及应用——以浙江省河流为例
Minimum Energy Control of Dynamic Voltage Restorer Based on Common DC Voltage Link Cascaded Superconducting Magnetic Energy Storage System
基于共直流电压母线级联型超导储能系统的动态电压恢复器最小能量控制
high resolution deep-level transient spectrometer
高分辨率深能级瞬态谱仪
Nuclear Power Emergencies Category [International Atomic Energy Agency]
核电厂应急状态等级〔国际原子能组织〕
Theoretical calculation of energy levels for 1s~22pnl configurations in Beryllium atom
铍原子1s~22pnl组态能级的理论计算
The transfer of the consciousness from a lower vehicle into a higher is part of the great creative and evolutionary process.
知觉意识从低级能量态向高级状态转换是伟大的创造和进化过程。