Based on the analysis, two benefits are shown by using MCNP for the direct 3D calculation.
The material was biocompatible, as shown by using normal human adipose tissue-derived stem cells (ASC).
It is shown, by using Lyapunov arguments, the asymptotic stability properties of the closed loop system.
A certain verification for some cases is also shown by using the finite element method.
Moreover, a certain verification for chosen cases is also shown by using the finite element method.
The convergence condition with observer based output feedback design is shown by using the singularly perturbed method.
The well-posedness of all networked closed loop systems is shown by using established results on an analytic semigroup approach.
The finite-time stability of the sliding variables has been shown by using finite-time Lyapunov theory.
The stability and parameter convergence of the proposed protocols are shown by using algebraic graph theory and Lyapunov theory.
This is shown by using the fact that the most knowledgeable mathematician, at best, doubles his or her knowledge after one hour.
Incubation of the GGA mononucleosomes with the same fragment provided the DNA DNA complex, which had been shown by using naked DNA fragments.
