Aiming at a case of fuel loading barges,the paper uses the theory and method of Operations Research to establish the transportation model,solves the model with software QM for windows to get allocation scheme of minimal electricity consumption of fuel loading barges and compares the best allocation scheme and normal operation scheme.

Then, the transportation modelis introduced into the spatial load forecasting.

In this paper, SLF for Dahao District, Shantou City is made, using fuzzy evaluation and transportation model to achieve optimal land allocation.

Transport network graph in accord with time restriction is built according to graph theory,and multi-aviation ammunition transport model is constructed under the conveyance ability restriction.

It applied linear transport model to implement the optimal allocation planning for cargo flow.

The transport model of macroscopic particles in plasma is introduced, and the acceleration, the velocity and the time of the descent of the particles are calculated.

This paper analyzes the carrier non local transport model of small size semiconductor devices and studies the influences of nonsymmetrical band structure and heterogeneous effect on emphasis.

We propose a simple hadronic transport model for investigating the K+/π+ratio in relativistic nucleus-nucleus collisions and point out that the thermal motion of baryons and multiple rescattering effect play an important role in the enhancement of K+/π+ ratio.

Based on the isospin-and momentum-dependent transport model IBUU04,the transverse momentum distri- butions of the free neutron-proton ratio in the ~(132)Sn+~(124)Sn reaction system at mid-central collisions with beam energies of 400/AMeV,600/AMeV and 800/AMeV are studied by using two different symmetry energies.

Both dynamic mechanisms and diffraction characteristics of the local volume photorefractive holographic gratings recorded by two finite bounded plane waves in doubly doped LiNbO_3∶Fe∶Mn crystals are investigated,by taking into account both the band transport model and two-dimensional coupled-wave theory.

The band transport model is now a widely accepted photorefractive theory.

Based on the two-center nonvolatile holographic recording method and the theory model combining band transport model with the two-dimensional coupled-wave equations, the numerical simulation method is used to study the photorefractive formation and diffractive properties of the crossed-beam photorefractive gratings.