Sentence examples for law characteristics from inspiring English sources

We investigate analytically the first and the second law characteristics of fully developed forced convection inside a porous-saturated duct of rectangular cross-section.

Observed 1D samples may fail to show power law characteristics and, therefore, a lack of power law behaviour need not imply a non-power law parent population.

All results show an excellent agreement to the well-known power law characteristic of percolation processes, which is used to compare across simulations.

An analysis performed with the tYNA software [ 10] confirms that the distribution of the connectivity degree in the network follows the power law characteristic of scale-free networks (data not shown).

By incorporating the effects of viscous dissipation and thermal non-equilibrium, the first-law and second-law characteristics of porous-medium flow are investigated via various pertinent parameters, i.e. heat flux ratio, effective thermal conductivity ratio, Darcy number, Biot number and averaged fluid velocity.

The results indicate that the damage increases with increasing stress and obeys the power-law characteristics with the power exponent of 0.5, and the damage is 1 as the stress reaches the critical point corresponding to the failure of the coating systems.

This structure is determined by properties that do not depend only on phylogenetic phenotype per se or by epigenetic effect of host evolution, but by the capability of the system to self-organize according to emergent laws characteristics of real complex systems.

A new method has been proposed to reduce the mobility degradation effect on square-law characteristic of the MOS transistor.

The renormalization group used to explain the power laws characteristic of crackling noise, and uses it to derive the far more powerful universal scaling functions.

Experimental results show that an attacked grown P2P network can restore the key characteristics, such as power-law characteristic of original P2P network, the set of high degree peers and the giant connected component, to a regular status.

This paper describes a CMOS four-quadrant multiplier intended for use in the front-end receiver by utilizing the square-law characteristic of the MOS transistor in the saturation region.