Its microstructure was found to evolve very differently when milled in oxygen and in an inert atmosphere.
A long slender concentration plume is found to evolve from the cylinder with decreasing concentration at the outer edge.
Such a structural state is found to evolve gradually upon loading and unloading or heating and cooling across a wide temperature range with narrow hysteresis.
Endosomal TLRs and most NALPs were found to evolve under stronger purifying selection than most NOD/IPAF subfamily members and cell-surface TLRs and RLRs, suggesting some degree of redundancy in the signaling pathways triggered by these molecules.
In addition, the dislocation microstructure was found to evolve in a sequence of veins, walls-channels and elongated cells to attain an equiaxed cell arrangement with continued fatigue cycling.
The γ′(L12 -precipitate morphoL12 -precipitateps as a result of γ-(fcc)morphologyse decomposithat is foundevelopslve from asbimodal distresultof of spheroidal precipitates, to {0 0 1}-faceted cuboids and parallelepipeds aligned along the elastically soft 〈0 0 1〉-type directions.
The phase-separated structures were found to evolve via the following sequence of mechanisms: (1) self-similar growth of the percolated networks of the anisotropic and isotropic phases; (2) disruption of the percolated network and formation of anisotropic droplets in the isotropic matrix; and (3) coalescence of anisotropic droplets.
With an increase of the sizes and the shape anisotropy of the disubstituted pendant groups at the 2- and 2′-position, the nature of the motion regarding to the β relaxation was found to evolve from a non-cooperative process to a cooperative one, while the glass transition temperature (the α relaxation temperature) correspondingly decreased.
The surface morphology is found to evolve from a microporous and cratered structure to a uniform array of SiNWs at sufficiently high χ values.
Since in the present plasma having negatively charged stationary dust grains there does not exist such critical density neither α and αR vanish nor carry negative values, only the compressive solitons are found to evolve.
Since procedural knowledge is found to evolve gradually from declarative knowledge in the training of novices (Anderson 1983; McPherson and Thomas 1989) we covered both, although procedural knowledge cannot be assessed without detailed information on each of the individuals' cognitive ability (Mc Pherson et al. 1989).
