Sentence examples for using the classical equation from inspiring English sources

Similar trend is also found for integral melting enthalpies, defined from the melting areas on DSC curves that enabled us to calculate degree of crystallinity using the classical equation [24] (see Table 1).

In the second step, we perform a more refined treatment in which the direct electron-hole interaction is included and the trajectory zel(t) is calculated using the classical equations of motion: d z el / dt = υ ( t ), z el ( t = 0 ) = 0 (10) dυ / dt = F z tot ( t ), υ ( t = 0 ) = υ 0. (11).

Therefore, it is impossible to use the classical equation of transverse motion assuming a small amplitude.

It is based on a computer curve-fitting method using the classical relaxation equation of Gerischer and Vielstich.

Slow release diffusion coefficients (D) were measured using the classical diffusion equation and found to be around 8×10−5 cm2/s.

The transition time - current density relationship of HO−2 reduction via chronopotentiometry has not, in the past, been satisfactorily analyzed by using the classical Sand equation.

In all cases, capillary forces on clay particles calculated by MD agreed with values calculated using the classical Young Laplace equation.

We reinvestigate the applicability of the concept of trap-free carrier transport in molecularly doped polymers and the possibility of realistically describing time-of-flight (TOF) current transients in these materials using the classical convection diffusion equation (CDE).

Even though the melting point and latent heat of fusion are dependent upon the particle size, the alloying effect on the solid-liquid transition temperature can still be discussed using the classical thermodynamic equation given below [44].

The evolution of fitness after the reduction of population size was first predicted assuming relaxed selection, i.e., using the classical neutral equation w t = w 0 exp (− δ f N ), (4 Mortonn et al. 1956), where w0 and wt are the average fitness value at the base population and at t generations with reduced size N, and fN is the corresponding inbreeding coefficient computed from Equation 2.

We propose a method to generate high-order unstructured curved meshes using the classical Winslow equations.