hyperfine structure

hyperfine structure的基本解释

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[化] 超精细结构

与hyperfine structure相关的网络例句 [注：此内容来源于网络，仅供参考]

The study of HCI is interested in astrophysics, quantumchromo dynamics, hyperfine atomic structure and measurement of atomic mass.

高电荷态离子的研究对天体物理、量子色动力学、原子的精细结构和原子质量测量等研究领域都有着重要的意义。

In most previous works, only hyperfine structure terms in the potential are taken into account.

以往的势模型只考虑了超精细结构项。

It is obvious that, the polarization effect of 〓-coreplays a important role in the calculations fir the hyperfine structure parameters.

原子实的极化效应对超精细结构参数的理论计算起着决定性的作用。

The perturbation formulas of the electron paramagnetic resonance parameters g factors g(subscript //), g(subscript ⊥) and the hyperfine structure constants A(subscript //), A(subscript ⊥) are established for a 3d(superscript 1) ion in tetragonally distorted octahedra, by including the contributions from the p-and s-orbitals as well as the spin-orbit coupling of the ligands based on the cluster approach.

采用离子簇模型，通过分析配体轨道和旋轨耦合作用的贡献，建立了改进的3d1离子在四角畸变八面体中电子顺磁共振参量的微扰公式，能级间距可由重叠模型和局部结构数据给出。

The hyperfine structure is usually found for tran-sition metal compounds which have non-zero nuclear spin.

动力学研究中常常要考虑分子系统随时间的演化问题。

与hyperfine structure相关的网络解释 [注：此内容来源于网络，仅供参考]

hyperfine structure：超精细结构

hyperfine interaction 超精细相互酌 | hyperfine structure 超精细结构 | hyperfragment 超裂片

hyperfine structure：超微细组织

过共析铸铁 hyper-eutectoid cast iron | 超微细组织 hyperfine structure | 远视镜 hypermetropia

hyperfine structure：极精细结构

"hyperconjugation","超共轭" | "hyperfine structure","极精细结构" | "hypobromous acid","次溴酸"

hyperfine structure：超微細構造

hyperbolic sine ==> 双曲線正弦 | hyperfine structure ==> 超微細構造 | hypergeometric differential equation ==> 超幾何微分方程式

hyperfine structure multiplet：超精细结构多重线

hyperfine structure ==> 超精细结构=>超微細構造 | hyperfine structure multiplet ==> 超精细结构多重线 | hyperfine transition ==> 超精细跃迁