After the brief introduction of importance and development of coupling model in chapter 1, chapter 2 goes on to introduce the two model components for coupling and put emphasis on the installation and the debugging of the MM5V3 model systems on the PC.
The heat transfer ways of vacuum plate glass were analyzed with the coupled mode of radiation and thermal conductivity, and the control equation of vacuum glass heat transfer was established by the calculated mode of heat transfer quantity and coefficient, and the temperature distribution and heat turnover of vacuum glass structure in the height direction were figured out, finally the correctness of theoretically calculated results were validated by the experiment.
The process e+e-→ J/ψ→ V + X(JPC), X(JPC) → 3P is studied using the generalized moment analysis method. The complicated structure of the resonance peak is discussed by use of multi-states coupling modes and some relations of moments are obtained. The coupling mode of the wide resonance peak can be determined by analysing the experimental data.
The design of distributed Mineral Processing Expert System based on Internet/Intranet has been explored under slack coupling with agent-oriented programming (AOP) method and multi-agent distributed cooperating solution pattern. Isomery and alloplasm agent is proposed, that is, agent may be built on WAN, LAN and single CPU by tense coupling mode, and solution agent can work among agents based on symbol system, neural network, genetic algorithm.
Analyse the kinematic model and parts of base mechanism which composes link mechanism, gear mechanism, cam mechanism, interim mechanism, drive mechanism, decelerate mechanism and shift mechanism. Discuss the coupling mode of synthesis mechansim. The coupling mode have series mode, parallel mode and splice mode.
Again, the paper analyzed the effect that ground water affects rock mass, the theory of solid and fluid coupling model and the simulation calculating method, simulated and analyzed the difference between solid and fluid coupling mode and solid and fluid non-coupling mode, and the effect that the change of water power affects stress field of joint rock mass under the condition of solid and fluid coupling mode, and then arrived some knowledge.
A relative role of waves of different scales in the formation of the period of the oscillations of zonal wind is studied with a coupled model combining both mechanisms.
A simulation of the annual variation of temperature and moisture in the atmosphere and sublayer of soil in mid-high latitudes has been performed with a one-dimensional atmosphere-land coupled model, in which snowmelt process is included.
In this paper, the tropical air-sea interaction is discussed by using a simple air-sea coupled model, in which the inertia-gravity waves are filtered off and only the equatorial Rossby waves are reserved in both the atmosphere and the ocean.
There exist two kinds of air-sea interaction waves in the coupled model, that is, the high-frequency fast waves and the low-frequency slow waves.
The coupled model is subjected to seasonally-varying cycle.
Different from the previous modeling of a plate with a prescribed large overall motion, the coupling between large overall motion of the system and elastic deformation of the flexible plate is taken into account in the proposed coupling model.
The effective interlayer interaction in this structure was described by the "half-angle coupling" model.
It has been shown that the strong coupling model taking into account a rise in the spin antiferromagnetic insulating state explains the doping dependence of the topology and shape of the Fermi contour of superconducting cuprates.
Inclusion of the model to the core-quasiparticle coupling model in order to describe odd nuclei is realized.
The energy of the low-lying levels and the nuclear moments have been calculated in the framework of a semimicroscopic "axial-rotor + 1 quasiparticle" coupling model.
Bragg optical solitons beyond the coupled mode approximation
The problem is treated in two ways: the coupled mode and the decoupled mode.
We find that the coupled fundamental and first order WG modes can have anticrossing mode coupling as their wavelengths approach the same value in some case, which prevents the cross of the coupled mode wavelengths.
The anticrossing mode coupling greatly reduces the coupled mode Q-factor, because the coupled mode field distribution transfers between the fundamental and the first order WG modes.
According to the coupled mode theory and the waveguide structure, the performance of the curved waveguide coupler (CWC) is analyzed.
Nevertheless, for the steroids, the C-H stretching bands vibrate with local coupling mode.
An input coupler for the TE021 circular electric mode in a gyroklystron amplifier through using TE811 as a transition coupling mode in a coaxial cavity has been proposed and numerically simulated in a frequency range of Ka-Band with HFSS code.
It is then possible to introduce the spin of the particles and following the coupling mode chosen, to find a general expression of the kernel of the Faddeev equations with interaction depending or not on the spin.
A specific role of this coupling mode in the progress of reactions is discussed.
Vibronic interactions with the low-lying excited state result in a flat potential energy surface along the coupling mode and even in a lower-symmetry C2v structures.