Sentence examples for solution equation from inspiring English sources

The derivation of these equations was the subject of an entire article (Waples 2006); in summary N ^ e is a quadratic solution (equation 1) for Ne formed by equating r ^ 2 ′ to 1 3 N e − 0.69 N e 2, where 1 3 N e is the drift term assuming loci are unlinked in a random mating population and − 0.69 N e 2 is a second-order correction determined by Waples (2006) using simulations.

The Apelblat equation, the λh model, and the ideal solution equation correlate the solubility data well.

Some additional mathematical analysis shows that the stochastic differential equation (18) and its solution equation (19) have a precise mathematical interpretation.

The experimental data were correlated by using the Apelblat equation, the λh equation and the ideal solution equation.

In order to use the regular solution equation, simplified assumptions have been made concerning ΔCP, specifically, ΔCP = 0, or ΔCP = ΔS.

The solubility data was used with the calculated ideal solubility to obtain activity coefficients, which were then fitted to the van't Hoff-like regular solution equation.

Rayleigh-Ritz displacements are used for deriving the solution equations.

Then the motion differential equation of the particles was educed imitating the damped vibration and the solution equations were gained.

The experimental data were then compared with calculated theoretical data which is calculated form the regular solution equations.

For (mneq0), such nodes always occur for even (n-m) in even solutions (equation (20)) and for odd (n-m) in odd solutions (equation (21)).

Solid lines, stable solutions; dashed lines, unstable solutions (Equations 8 – 14 ).