The variation of the preform compactness with the percentage of coarse particles can be reasonably well understood in terms of a simple model.
Both observations can be well understood in terms of the viscosities of the mixed solvents and the hydrodynamic interaction between the polymer molecules.
These signatures can be well understood in terms of temporal evolution of magnetic reconnections associated with local thinning of the current sheet and intensification of the current density.
The concept of symmetry for passive, one-dimensional dynamical systems is well understood in terms of the impedance matrix, or alternatively, the mobility matrix.
So the use of the same terminology is no coincidence, and presumably Parfit would agree that the agent-relativity of a reason is well understood in terms of the agent-relativity of the principle associated with that reason.
Particularists then argue that holism in the theory of reasons in turn supports the conclusion that morality is not well understood in terms of principles (for critical discussion of this move, see McKeever and Ridge 2005b).
The location of the α′ peak is well understood in terms of a classical formalism together with the hypothesis that a change in the structural temperature of the sample occurs as a result of the small deformation.
Dislocation arrangements and their relationship to cyclic plasticity are first discussed for fcc single crystals, where they are well understood, in terms of plastic strain amplitudes, crystallography, and testing mode.
The observed pressure effect on the crystallization kinetics in the amorphous alloy, which cannot be interpreted by means of the pressure effect on atomic diffusion, may be well understood in terms of the volume change effect at the early stage of crystallization.
The solute point defect interactions are mostly attractive with a few exceptions, and can be well understood in terms of the combination of, and competition between, electronic effects and strain-relief effects, which are characterized by the solute electronegativity and atomic size, respectively.
