In light of the semiclassical statistical theory and method proposed by Thomas-Fermi, this paper conducts a research of the thermodynamic properties of charged particle system restricted by the homogeneous electric and the resonance field.
用Thomas-Fermi半经典统计理论和方法，研究处于匀强电场加谐振场约束的带电粒子系统的热力学性质。
However, Fermi resonance is an important role in the intramolecular vibrational energy transfer process, so we use the bend triatomic molecule model described by potential energy calculated from U(4) algebra, and the chaos of high excited molecular vibration can be studied by analyses of the intramolecular vibrational energy transfer process.
Fermi共振相互作用作为分子内能量转移的一种机制，在描述分子激发的完全振动方面有着重要的作用，因此，我们在构建弯曲三原子分子模型时引用了U(4)代数方法获得的势能面，从能量传递角度研究体系的混沌性质，是在多原子分子激发态领域研究非线性问题的合理延伸。
We also found that Fermi resonance plays an important role in the predissociation dynamics for the first two absorption bands. Accordingly, the β band is reassigned to its 1〓A state.
Fermi共振对于HCN／DCN在其最低的两个吸收光谱上的离解起着非常重要的作用，并使得我们将第二吸收光谱带重新指认为1〓A电子态。
The stretching and bending vibrational spectrum of a polyatomic molecule XH_3 is calculated in an algebraic model, where the coupling between stretches and bends is described by Fermi resonance terms.
利用代数模型计算多原分子的键振动和弯曲振动谱，键振动和弯曲振动之间的耦合用费米共振项描述，用局域产生算符构造代数哈密顿，计算表明与氨的实验数据有较好的一致
The values of Raman scattering coefficients of some molecules in which Fermi resonance occurs vary with solution concentration variation.
一些分子的拉曼散射系数随其在溶液中的浓度而变化。
Amendment to bertran equation and the weak Fermi resonance characteristic of CS_2 in C_6H_6
CS2在C6H6中的弱费米共振特性及对Bertran公式修正
Raman Study of Phase Transitions and Fermi Resonance on CCl_4 and C_6H_6 under High Pressure Among these are the introduction of FT Raman, IR dichroism, IR microscopy, and NMR imaging spectrometers.
四氯化碳和苯分子的高压原位拉曼光谱和费米共振研究其中包括傅立叶变换拉曼色谱仪，红外二色仪，红外显微镜和核磁共振成象光谱仪。
Study of Asymmetric Frequency Shift of the Fermi Resonance in the Raman Spectra A wrong approach means a waste of effort.
拉曼光谱法研究非对称移动费米共振路子不对等于白费劲儿。
The Fermi resonance and anharmonicity of the high lying vibrational levels have also been analyzed.
此外，还进一步分析了振动高激发态的Fermi共振与非谐性振动。
In this paper, stimulated Raman scattering of toluene and m-xylene, mixed solution in liquid core optical fibers was studied. Stimulated Raman scattering in this mixed solution was enhanced by intermolecular Fermi resonance.
论文对液芯光纤中甲苯和间二甲苯混合溶液的拉曼散射光谱进行了研究，利用分子间费米共振增强了混合溶液的受激拉曼散射（SRS）。
We considered the mechanism of this phenomenon was effect of intermolecular Fermi resonance on Raman scattering and presented reasonable interpretation using theory of Raman scattering cross section.
我们认为这种现象产生的主要机理是分子间的费米共振对拉曼散射的影响。并利用拉曼散射截面理论来进行了合理的解释。
Theoretical investigation on the fermi resonance effect in molecular vibronic spectra
分子振动光谱中费米共振效应的理论研究
Solvent Effect and Its Effect on Fermi Resonance
溶剂效应及其对费米共振的影响
The quantization of the system of one electron in four sites and the vibration of H2O with Fermi resonance were studied by the Lyapunov analysis.
运用李雅普诺夫指数对H2O振动体系及多个格点中单电子体系的量子化问题进行研究。
Study of Fermi Resonance by the Method of Solvent Variation
变换溶剂法研究费米共振效应
In this paper, we study in detail the phenomenon of a phase slip in a superfluid Fermi gas near a Feshbach resonance, based on our previous work.
本文进一步研究在Feshbach共振附近超流态的相滑移现象。
With the development tendency: On one hand: Combining with ultracold degenerate Fermi gas and quantum control method of magnetic field Feshbach resonance, optical association and optical lattices, we could further research quantum and superfluidity phenomena of ultracold degenerate Fermi gas.
从发展的趋势来看，一方面超冷简并费米气体将和磁场Feshbach共振、光缔合、光晶格等量子操控手段紧密地结合起来研究其量子相变、超流行为等深层次的物理问题。
Based on the perturbation theory, the influences of the Fermi resonance interaction between the two and three vibronic levels on the level energy, wavefunction, and the spectral line intensity are investigated in detail respectively.
本文考虑了分子振动非谐性所引起的振动能级之间的费米共振相互作用，利用定态微扰论，从理论上系统地分析了两态和三态之间的费米共振相互作用对能级能量、态函数和谱线强度的影响，在三阶非谐性近似下，得到了计及费米共振相互作用在内的能级能量、态函数和谱线强度的数学解析表达式。
The theory and the development process of Feshbach resonance are useful to degenerate Fermi gas.
Feshbach共振机制的原理、发展过程以及对简并费米气体的重大作用。
The ν1+ν2 and ν3 bands of CCl4 at Fermi resonance are studied.
研究了CCl4的ν1+ν4与ν3的费米共振现象。