physical models

But lots of pursuers expect to discover the hypostasis of energy separation phenomena by means of various physical models.

The other option is to combine statistical and physical models to simulate thousands of cyclone tracks and their associated winds.

The present paper mainly focuses on study of a numerical method of Radiation Hydrodynamics through calculation of some physical models.

Does the universe resemble any of the physical models we make of it?

Discusses the abstract simplification, establishing conditions and the application of the physical models in electromagnetics.

So the research on the lepton flavor violation processes is a necessary job in a variety of new physical models.

To solve these problems, in general, one needs considering the parallelism begin with establishment of the physical models.

The geometric and physical models of the active components of the furnace burner are established in combustion simulation.

Normally, an application development team starts by creating logical models and then iterating through logical and physical models together.

Finally, the steady-state response of the nonlinear system depicted by new physical models under harmonic force is discussed.

Whenever possible, create reusable objects and build multi-tier models that separate physical models from business models.

Sand packs, cores, and core plugs are used for physical models.

The debate over climate science has involved very complex physical models and rarefied areas of scientific knowledge.

Instead of building physical models to scale, or using mathematical models, software designers typically "model" by writing high level code.

In this paper, the two objectives are fully considered into the given physical models of smoke.

Based on the physical models of smoke and the particle system theory, the interference effects of the infrared smoke are simulated.

It also helps in synchronization of logical data models and physical models.

There are three steps in simulating smoke by the method. First, determine the physical models of smoke.

To the(2 1) dimensional nonlinear physical models, it is a difficult task for us to obtain their universal solutions.

this is not only time - consuming but also inflexible in responding to changes . the storage of physical models also poses as a problem.

For example, you can populate arrays based on populating functions, which is likely to be useful for physical models.

People crawling around on things the size of this room that are just big physical models.

Oil Displacement Efficiency on Heterogeneous Physical Models by High Concentrated Polymer Solution

Comparison of Retrieving Plant Biochemical Components with Statistical and Physical Models

Retrieving Foliar Biochemical Components with Statistical and Physical Models

Exact Traveling Wave Solutions to Several Nonlinear Physical Models With Dissipative and Dispersive Terms

Differences in Foamed ASP Combinational Flood in Heterogeneous Physical Models with and without Impermeable Interlayers

Calculating the Magnetic Field of a Current-carrying Plate with Correct Physical Models

Comparison of Physical Models of Porous Surface Tubes in Boiling Heat Transfer in Heat Exchangers

Advances and problems on similarity laws of physical models for river sedimentation

Physical Models of Thick-Skinned Contractional Salt Tectonics in a Foreland Fold-and-Thrust Belt

Based on sedimentary dynamics, development of two physical models and relevant methods of displacement experiment;

Analyzing near-surface problem in Eboliang mountainous region with mathematical and physical models

Physical models of semiconductor quantum devices

Cross-well seismic physical models and their application

Physical models for high burnup fuel

On the Importance of Building Physical Models