1) closed orbit
闭合轨道
1.
Using semiclassical closed orbit theory, we analyze the chaotic phenomena of the classical trajectories of an electron in strong electric and magnetic fields.
利用半经典闭合轨道理论 ,对电子在强电场和磁场中的运动轨道的混沌现象进行了分析 ,该理论具有物理图象清晰、应用范围广的优点。
2.
In electron storage ring, the distortion of closed orbit and dispersion, due to inaccuracies of magnets manufacture and misalignment, will cause a series of negative effects, such as tune-shift, distortion of optic function, decrease of dynamic aperture, and decrease of luminance et al.
电子储存环中,由磁铁元件制造误差和安装误差导致的闭合轨道和色散函数的畸变,通常会引起一系列的负面效应,介绍了以合肥光源储存环为模型,用响应矩阵的奇值分解法对闭合轨道和色散函数进行校正的可行性研究结果。
3.
This article discusses under what starting conditions a closed orbit can be obtained with-in the circular orbit in elastic force-field when the mass point df motion is acted on by theradial perturbation.
本文讨论弹性力场中，园形轨道上运动的质点受径向微扰后，在什么样的起动条件下才能够得到闭合轨道。
2) closed orbits
闭合轨道
1.
By integrating the Hamiltonian caonical equation,we calculate all the closed orbits with d=2 000,n=25.
采用闭合轨道理论研究了近金属表面里德堡氢原子的动力学性质,讨论了氢原子电子的运动性质随原子与金属表面距离d变化的情况。
2.
By using the classical Hamilton canonicl equation,the semiclassical closed orbits are obtained,which make it possible to calculate the molecular recurrence spectra.
利用哈密顿量的经典正则方程,我们还得到各通道的经典闭合轨道,从而为NO分子回归谱的计算做好准备。
3.
It is shown that for a particle with suitable angular momenta in the screened Coulomb potential or isotropic harmonic potential, there still exists closed orbits rather than ellipse, characterized by the conserved perihelion and aphelion vectors, i.
研究表明 ,保证经典轨道具有封闭性的 Bertrand定理可以进一步推广 ,在适当的角动量下 ,仍存在着非椭圆的闭合轨道 。
3) closed-orbit theory
闭合轨道理论
1.
Application of closed-orbit theory to the spontaneous emission of an atom in the vicinity of a mirror;
光子闭合轨道理论对单镜面附近原子自发辐射率的解释(英文)
2.
01 in accordance with the closed-orbit theory and spatial-splitting consistent method.
利用包括实散射的闭合轨道理论和分区自洽迭代的计算方法,研究了在标度能量~ε=-0。
3.
In order to explain the behavior of oscillations,the closed-orbit theory has been extended to the classical geometric trajectories of emission photon,and the frequencies of the closed orbits of photons are extracted by Fourier transform.
引入标度变量,采用腔量子电动力学方法计算了原子的自发辐射率,并用闭合轨道理论对结果进行分析:由于介质界面的影响,光子经界面反射后返回到辐射原子上,并与出射的光子相干,辐射率呈现出拟周期的阻尼振荡;通过Fourier变换抽取振荡频率,每一频率对应一条光子经典轨迹的作用量,从而给出了夹层空腔对激发态原子自发辐射率的影响的新解释。
4) closed orbit theory
闭合轨道理论
1.
Using molecular closed orbit theory and the region splitting and consistent iterative method,we firstly compute the recurrence spectra of NO molecule in strong magnetic field theoretically.
利用分子的闭合轨道理论和分区自洽的迭代方法,首次从理论上计算了NO分子在强磁场中的回归谱。
2.
In this paper, the dynamical properties of Rydberg hydrogen atom and Lithium atom near a metal surface are studied by using of the methods of phase space analysis and closed orbit theory.
在本文中,运用相空间分析的方法和闭合轨道理论方法,以近金属表面H里德堡原子体系为基本模型,研究了Li原子体系和外场下的近金属表面H原子的动力学行为,主要进行了以下几个方面的工作:(1)给出近金属表面里德堡原子体系的理论模型和物理图像,并描述体系的标度性质等。
3.
Semiclassical closed orbit theory has been extensively used to explain the photo-absorption spectra of atoms in external fields due to its clear physical picture and wide availability.
半经典闭合轨道理论由于具有物理图像清晰、应用范围广泛等特点被普遍用来解释原子或离子在强外场中的光吸收现象,成为实现联结经典理论和量子理论的重要桥梁,并是研究和发展量子混沌概念的一个典型实例。
6) photon closed-orbits
光子的闭合轨道
补充资料：轨道保持(见航天器轨道控制)
轨道保持(见航天器轨道控制)
orbit keeping
guidQo baoehi轨道保持(o rbit keePing)见航天器轨道控制。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条