This note is a continuation from LS-126, in which the authors derived a formula for the lowest-order amplitude-dependent tune shift for octupole-induced resonances. Here, the authors apply the canonical perturbation theory to the octupolar Hamiltonian and attempt to extend the analysis further in order to obtain much clearer insight on the octupole-induced resonances. The authors derive the distortion functions, which measure the distortions of the particle oscillation phase and amplitude in phase space. Based upon these distortion functions, they derive the higher-order amplitude-dependent tune shifts for octupoles
The behavior of multiple‐pulse NMR line narrowing experiments in solids as a function of the frequen...
A parametrization of octupole plus quadrupole deformation, in terms of intrinsic variables defined i...
International audienceWe analyze the quadrupole-octupole collective states based on the microscopic ...
The purpose of this note is to analyze the octupole-induced resonances, to lowest order, in a synchr...
Collective states near the yrast line in nuclei with stable octupole deformation are discussed in th...
We study Coulomb excitation patterns for systems with static octupole deformations and the character...
S>The effect of a 0th harmonic octupole (that is, constant in dependence on azimuth) on stable betat...
Amplitude dependent closest tune approach, an action dependent analogue of the $|Delta Q_{min}$ gene...
An amplitude dependent closest tune approach (ADeCTA) was first observed in the LHC in 2012. This po...
The energies of negative-parity levels based on two-particle states exhibit a nonlinear behavior at ...
Some intriguing results, obtained in a recent survey of octupole properties for all even-even nuclei...
A systematic analysis of low-lying quadrupole and octupole collective states is presented based on t...
18 pages, 18 figures, 1 tableA systematic analysis of low-lying quadrupole and octupole collective s...
We analyze the quadrupole-octupole collective states based on the microscopic energy density functio...
The behavior of multiple‐pulse NMR line narrowing experiments in solids as a function of the frequen...
The behavior of multiple‐pulse NMR line narrowing experiments in solids as a function of the frequen...
A parametrization of octupole plus quadrupole deformation, in terms of intrinsic variables defined i...
International audienceWe analyze the quadrupole-octupole collective states based on the microscopic ...
The purpose of this note is to analyze the octupole-induced resonances, to lowest order, in a synchr...
Collective states near the yrast line in nuclei with stable octupole deformation are discussed in th...
We study Coulomb excitation patterns for systems with static octupole deformations and the character...
S>The effect of a 0th harmonic octupole (that is, constant in dependence on azimuth) on stable betat...
Amplitude dependent closest tune approach, an action dependent analogue of the $|Delta Q_{min}$ gene...
An amplitude dependent closest tune approach (ADeCTA) was first observed in the LHC in 2012. This po...
The energies of negative-parity levels based on two-particle states exhibit a nonlinear behavior at ...
Some intriguing results, obtained in a recent survey of octupole properties for all even-even nuclei...
A systematic analysis of low-lying quadrupole and octupole collective states is presented based on t...
18 pages, 18 figures, 1 tableA systematic analysis of low-lying quadrupole and octupole collective s...
We analyze the quadrupole-octupole collective states based on the microscopic energy density functio...
The behavior of multiple‐pulse NMR line narrowing experiments in solids as a function of the frequen...
The behavior of multiple‐pulse NMR line narrowing experiments in solids as a function of the frequen...
A parametrization of octupole plus quadrupole deformation, in terms of intrinsic variables defined i...
International audienceWe analyze the quadrupole-octupole collective states based on the microscopic ...