The finite element method is fundamentally ill-equipped to model this transition.
The method is fundamentally different from the traditional electrokinetic conversion and electrostatic generators, termed as ballistic energy conversion.
One method, the pseudo-spectral method, is fundamentally based on the Eulerian description of fluid flow and the other, the contour surgery method, is inherently Lagrangian.
The method is fundamentally based on the ability to reconstruct the exact 3D morphology of a given cell with resolution accuracy of few nanometers using AFM imaging.
This method is fundamentally different from the classical reversal-based fatigue analysis and is based on the incremental crack growth at any time instant within a cycle.
It is important to note that this method is fundamentally different from other protein interaction-based function detection algorithms where the function of a target protein is determined strictly by its interaction partners.
At present, we are uncertain whether the process of reprogramming, so essential to this method, is fundamentally flawed.
Dual energy imaging method is fundamentally derived from the fact that the X-ray absorption linear attenuation coefficient of an element depends on photon energy (E).
However, the method is fundamentally different from that of Kong et al. [ 11], because it is not iterative, does not create surrogate family members, works with haplotypes instead of genotypes, and searches for short shared haplotypes as well as long ones.
The ACCE method is fundamentally a conceptually simple approach, but one that may require some care in its implementation (e.g., in the need to structure the two models so as to minimize other changes that might influence the treatment effect estimate while obtaining sufficient confounding amplification).
