共振态

新超短寿命粒子叫做共振态粒子

New supershortlived particles are called resonances .

J~（pc）相同的共振态的质量、宽度公式

Mass . Width Formulae of the Same J ~ PC Resonances

奇异介子的G3宇称和共振态强衰变中的选择定则

The g_5 parity of strange mesons and the selection rule in strong decay of resonance state

~（208）Pb中单粒子共振态的赝自旋对称性

Pseudospin symmetry of the single-particle resonant states in ~ ( 208 ) Pb

假如V旋守恒，对奇异介子共振态强衰变中的某些选择定则给予了讨论。

Suppose V-spin conservation , some selection rules in strong decay of resonance state of strange mesons are discussed .

一个可能的新共振态&J／ψ→X＋f0（975）过程中玻色共振态X的自旋－宇称分析

A Possible New Resonance State ── Spin-Parity Analysis of the X Resonance in J / / → X + f_0 ( 975 ) Process

夸克退定域色屏蔽模型与KN的S波共振态

S-Wave Resonance of KN in the Quark-Delocalization , Color-Screening Model

缓冲层对多量子阱材料GaAs/Ga（1-x）AlxAs共振态的影响

Effect of buffer layer on resonant states in material GaAs / Ga_ ( 1-x ) Al_xAs

相对论组态混合效应对重子共振态的纵向跃迁振幅S1／2（Q2）的影响进行了讨论。

The relativistic configuration mixing effect on the longitudinal transition amplitudes S1 / 2 ( Q2 ) is investigated .

关于K-K散射的共振态

On the resonance in the low-energy K scattering

在LM中计及单圈顶角修正时计算核子共振态强衰变宽度及其耦合常数探讨

The Discussion of the Coupling Constant and Calculation of the Nucleon Resonance State Strong Decay Width When the Single Loop Vertex Correction is Taken into Consideration in the LM

Skyrme模型中新的附加质量项对重子及其共振态的影响

The Influence on the Baryon and its Resonances From a New Additional Mass Term in the Skyrme Model

最后系统地研究了Pb和Ni这两条同位素链的共振态性质，发现两条同位素链的单粒子共振态能量都随原子核质量数的增加而减小。

We have investigated in details the properties of the or Pb and Ni isotopes , and found that the energies and widths of the resonant states decrease with the increasing of the nuclear mass number for the two chains .

给出了它在基本粒子强相互作用对称性方面的应用的若干例子：推导了散射截面关系和低维数表示的质量关系，讨论了共振态的填充和衰变情况以及R反演不变性等。

Some examples of their application to the strong interaction symmetry of elementary particles are given : the relations between various scattering cross sections and the mass relations for low-dimensional irreducible representations are derived , and the assignment and decay modes of resonant states and the R-inverse invariance are discussed .

根据物理上的分析，我们得到GaN薄膜的振荡行为来源于点缺陷引起的共振态的结论，并利用经典的谐振子模型来描写位于共振态上的电子对于介电函数的贡献。

According to the physical analysis , the oscillation behavior has been attributed to the resonance states arosed from the point defects . The contribution to the dielectric function by the resonace states is characterized by the classical damped oscillator model .

在这些工作的基础上，我们将ACCC方法和RMF理论相结合（RMF-ACCC方法），研究了原子核的单粒子共振态能量、宽度。

On these basic , we explore the single-particle resonant states by the analytic continuation in the coupling constant ( ACCC ) method within the framework of the relativistic mean field ( RMF ) theory .

基于Schr¨odinger方程，利用耦合常数解析延拓方法研究了球对称的方势阱、WoodsSaxon势和谐振子势中的单粒子共振态的能量与宽度。

Based on Schrdinger equation , the method of analytical continuation in the coupling constant ( ACCC ) is employed to investigate the energy and width of single-particle resonance in spherically symmetric square well , harmonic oscillator potential and Woods-Saxon potential .

对于HCN分子，我们用高级别从头算得到了最低的两个单重激发态的势能面和跃迁偶极矩，并以此为基础研究了在这两个态上的共振态光谱和预离解动力学。

For HCN molecule , we obtained the potential energy surfaces and transition dipole moments for its two lowest excited electronic singlet states using high-level ab initio calculations . Based on these information , we studied the resonance spectra and predissociation dynamics on these two states .

通过高精度的全量子散射动力学研究，发现这一共振现象是由两个Feshbach共振态所引起的，而且这两个Feshbach共振态之间在前向散射有明显的量子干涉效应。

Highly accurate full quantum scattering theoretical modeling shows that the reaction resonance is caused by two Feshbach resonance states . Further studies show that quantum interference is present between the two Feshbach resonance states for the forward scattering product .

同位标量介子共振态的质量谱

On the mass spectrum of the isoscalar meson resonant states

化学反应散射共振态的实验检测与理论模拟

Experimental Measurement and Theoretical Simulation on the Chemical Reactive Scattering Resonance States

神经元网络法重建具有大丢失能量的共振态粒子质量

Mass Reconstruction of Resonance Particles With Large Energy Loss by Neural Network

共振态气泡份额的声学预测

The Acoustical Prediction of the Fraction of Resonant Bubbles

手征对称破缺理论对原子核巨单极和巨四极共振态的研究

A chiral breaking field theory for Giant Monopole and quadrupole states of nuclei

组分夸克模型对重子共振态的纵向跃迁的相对论计算

Calculation for the Longitudinal Transition Amplitudes of Baryon Resonances

轨道共振态稳定性的一种判别方法

A discriminating method on stability of orbital resonant states

非绝热电子跃迁中的驰豫现象与共振态

Relaxation and Resonance in the Electronically Nonadiabatic Transition

核物质中的核子、介子和Δ共振态

Nucleon , Mesons and Deltas in Nuclear Matter

介子共振态的强相互作用衰变

Decay of meson resonances through the strong interaction

我要介绍的最后一部分内容，是共振态这个概念。

So one last concept that I want introduces is this idea of resonance .