Even though the costs of 3T MR systems might be approximating those of 1.5T machines, it is important to consider what it is that we want to achieve.
Certainly the answer to this question depends upon which direction one looks in; but, near the boundary, there exists the possibility that the field might be approximated by that of the cylindrical Zenneck wave.
Lastly, the kinetics of floc shear thinning might be approximated as a function of dmin and dMF as was checked in the centrifugation tests of MnO2 colloidal suspensions: d dt dt=k2·dMF·dtdmin.
The resistances of friction depending on a rotation speed might be approximated with a mathematical equation: M e = a Ω 2 + bΩ + c, (1).
Equilibrium distribution can be achieved with a primed contrast infusion (equilibrium contrast-CMR [EQ-CMR]) [55] or might be approximated by the dynamic equilibration achieved by delayed post-bolus measurement [56, 57].
Moreover, such an alternative model, as indicated by the Tweedie convergence theorem, might be approximated by a Tweedie model.
For instance, a continuous moderator in a G × E model, as discussed by Purcell (2002), might be approximated by a 5 point or 7 point Likert scale, which would render exact simulation possible in principle (see illustration 2).
Still, even before the Evolution publication, some scientists believed that it might be possible to approximate dinosaurs, only not recovering their genetic information, but rather by functionally reversing their evolution.
It might be possible that results with lasers and Poisson statistics require corrections when approximating for thermal sources of light.
This indicates that the genetic factors underlying these high heritable traits are complex or might not be approximated well without considering more complex model hypothesis.
