However, ex vivo B10 cell expansion introduces new challenges related to the method of expansion, to the magnitude of expansion and to the time it takes to generate B10 numbers that will be sufficient for therapeutic use.
Human evolution allows old, tired and outdated methods of expansion to die out.
The method of eigenfunction expansion was used for constructing the Green's functions of the boundary value problems in the unbounded domain, such as the infinite strip.
The method generates an expansion for the mean of the pressure about a deterministic solution to the system equations using a perturbation to the mean of the input parameters.
Using a new series acceleration method, the virial expansion for the pressure of hard discs and hard spheres was found to be a monotonically increasing function of the number density ρ and diverged at the density of closest packing with the critical exponent γ = 1 [19].
The basically exact method of (truncated) eigenfunction expansions for simple expansion chambers involves very complicated algebra, and the numerical finite element method requires large computation time and core storage.
For a large class of orthogonal basis functions, there has been a recent identification of expansion methods for computing accurate, stable approximations of a quantity of interest.
This result provides hypotheses under which a rigorous numerical analysis could be conducted for recent generalizations to the methods of Operator Expansions, Field Expansions, and Transformed Field Expansions.
The separation of scales enables the use of the method of multiple scale expansions for periodic structures, a powerful upscaling technique from the heterogeneity scale to the wavelength scale.
This process, trademarked MAX-DEWAX®, provides a low capital method for expansion of solvent dewaxing units and is available for licensing.
