The method of averaging is used to investigate the phenomenon of capture into resonance for a model that describes a Keplerian binary system influenced by radiation damping and external normally incident periodic gravitational radiation. The dynamical evolution of the binary orbit while trapped in resonance is elucidated using the second order partially averaged system. This method provides a t...

The scattering of pions on a dibaryon configuration is analyzed within the SU(2) Skyrme model. It is shown that this model leads to a low-lying (J , I) = (0, 2) resonance. The possibility that this resonance corresponds to one proposed recently in the context of double charge exchange pion scattering on nuclei is discussed. Given the setup used in those experiments we also show that a resonance...

We prove the existence of the random attractor for the stochastic discrete long wave-short wave resonance equations in an infinite lattice. We prove the asymptotic compactness of the random dynamical system and obtain the random attractor.

In this Letter,we propose a newcoupled higher-order Ito equation andpresent itsN-soliton solutions in Pfaffian form. Furthermore, some interesting examples of soliton resonance related to two solitons near the resonant state are pointed out. © 2012 Elsevier Inc. All rights reserved.

In this paper, we use the rotation number approach to study in detail the characteristic values of Hill’s equations with two-step periodic potentials. As a result, the global structure of resonance pockets is described completely. The results in this paper show that resonance pockets behave in a sensible and fairly rich way even in this simplest case.

One-loop corrections due to the intermediate πN and ρN states are studied in ω pho-toproduction near threshold. Our results show that the coupled-channel effects should be taken into account in extracting reliable nucleon resonance parameters from the forthcoming vector meson photoproduction data in the resonance region.

Unique measurement of the proton structure function F2 in a wide two-dimensional region of x and Q has been reported. The accessible kinematics covers entire resonance region up to W = 2.5 GeV in the Q interval from 0.1 to 4.5 GeV. Obtained data allowed for the first time an evaluation of moments of the structure function F2 directly from experimental data as well as an intensive study of the B...

We investigate the effects of W W rescattering through strong anomalous four-vector boson couplings. In the I = 1, J = 1 channel, we find a resonance with a mass of approximately 200GeV and a width of less than 12GeV. In an application to pion physics we find a small correction to the KSRF relation.

To investigate the electromagnetic interaction of molecules inside the nanotubes, first, the structure of nanotubes B16N16 was optimized with hybrid density functional theory (B3LYP) using the EPR-II basis set, then Cu, Cu+, Cu++ were located in nanotube and we studied the total energy, band gap energy, electrical potential, changes of band gap energy in terms of total energy and dipole moment ...