Sentence examples for dimensions of diffusion from inspiring English sources

Although Roger's studies on diffusion and adoption have introduced us with four dimensions of diffusion and adoption.

There are four main dimensions of diffusion and adoption of product innovation i.e. innovativeness, social system, communication and time.

The explanation of four dimensions of diffusion & adoption which is given by Everett M Roger's book titled "Diffusion of innovation" that has more than 77,533 citations is provided.

Next, we have taken 4 dimensions of diffusion and adoption given by Rogers (2003) i.e. innovativeness, social system, communication and time which include all the broad aspect of diffusion and adoption.

The major assumptions are as follows: Open image in new window Fig. 6 Schematic and dimensions of diffusion process models 1) Swelling of foamy oil, saturated oil, and dead oil caused by gas solution is negligible.

Spatial diffusion theory distinguishes between two dimensions of a diffusion process.

Parameters used for the description of biofilm morphology in three dimensions are biovolume, volume to surface ratio, average biofilm thickness and distribution, volumes of micro-colonies at the substratum and their fractal dimension, distributions of diffusion distance, roughness coefficient and even more.

Depending on the lateral dimension of the diffusion couple, the displacement in the diffusion direction can be reduced by up to a factor of three compared to the case of a pure uniaxial displacement.

Let y denotes the dimension of the diffusion region perpendicular to the reconnection plane.

The amount of incoming magnetic flux Φ1 from the plasma inflow to the diffusion region per unit time from both sides is Φ1 = 2uB1yD, where u is the inflow convection velocity, B1 is the magnetic field strength in the inflow region and D is the linear dimension of the diffusion region facing the plasma inflow.

Similarly, the amount of outgoing magnetic flux Φ2 in the plasma outflow per unit time from both sides is Φ2 = 2vB2yd = 2Eyd, where v is the outflow convection velocity, B2 is the magnetic field strength in the outflow region and d is the linear dimension of the diffusion region facing the plasma outflow.