Sentence examples for using the integral method from inspiring English sources

The entrainment rate was evaluated by using the integral method applied to the measured SPIV velocity maps.

For pentaerythritol a second order kinetic model was obtained based on the information from trends of the initial reaction rate and the kinetic constants derived from statistical regression using the integral method as well as microscopic observations.

To understand the kinetic behaviour of the hydrolysis reaction in the presence of this catalyst, the experimental data were fitted to three kinetic models (zero-order, first-order and Langmuir Hinshelwood) using the integral method.

From the isoconversional kinetic analysis the effective activation energy was fund to increase with the extent of conversion, ranging from 146 to 189 kJ/mol and from 154 to 215 kJ/mol, when using the integral method of Tang (similar to the KAS) or the differential method of Friedman, respectively.

Operational stability of the different TvDAO preparations was determined using the integral method described by Nahalka et al. [ 24].

A model consisting of two independent simultaneous reactions was employed to describe the thermodegradation kinetic changes of termite-chewed softwood using the integral method of Coats and Redfern [ 55].

We use the integral method to derive a coupled system of equations that govern the axisymmetric evolution of the film thickness, radial flow rate, angular momentum and surfactant surface concentration; a linear equation of state is used for closure.

Four cases of nonlinear second-order three-point boundary value problems have been investigated and they are transformed into the Hammerstein integral equations by using the integration method.

The examination of the seam area a and b is possible using the pulse echo method and evaluation by using the integral energy method.

The dynamic propagation of an interface crack between two dissimilar functionally graded piezoelectric material (FGPM) layers under anti-plane shear is analyzed using the integral transform method.

Using the integral momentum method, the growth of the boundary layer from the nozzle entry to the orifice exit is investigated and the velocity through the boundary layer and the main body of the swirling liquid is calculated.