Sentence examples for the equation demonstrates from inspiring English sources

The equation demonstrates that the definition and distinction of deforestation and degradation need to be clear, and that different types of degradation processes exist.

The analysis of the hydraulic radius estimated by fitting the liquid imbibition data to the LW equation demonstrates the impact of the porosity as well as the tortuosity of the pore channels on the liquid uptake performance.

The derived equation demonstrates that the transmit power depends on the distance between the transmitter and the receiver.

The following equation demonstrates the mean variance function for each scenario.

The Langmuir equation demonstrates the amount of DBT adsorbed and its concentration in solution is given in Eq. (3): c e q e = 1 ( q m b ) + ( 1 / q m ) c e (3)where qe (mg g−1) is the amount adsorbed at equilibrium concentration Ce (mg L−1), qm (mg g−1) is the Langmuir constant representing maximum monolayer capacity and b is the Langmuir constant related to the energy of adsorption.

The above equation demonstrates how fracture aperture variations modify the interfracture flow.

First, higher porosities indicate presence of more oil in place and second, the diffusivity equation demonstrates that porosity is directly related to the time it takes for drainage radius to develop.

The buckling equation demonstrates that an arch is stiffer under hydrostatic loading than under gravity loading in its resistance to elastic flexural-torsional buckling.

Since the previous equation demonstrates a solution to a x + b y = 1, multiplying both sides by c to get a(c x ) + b(c y ) = c.

Dielectric measurements in conjunction with the the two exponent percolation phenomenological equation demonstrates that in the β-phase an effective reduction in the ratio VGCNF length/domain length could induce the observed percolation behaviour.

On the other hand, the in-house simulator 1, which uses the gas interporosity flow equation, demonstrates very different production behaviors from CMG-IMEX at the second stage.