Recovery tests of the complex shear modulus performed by subsequent strain sweep or time sweep experiments show evidence that the initial equilibrium network structure cannot completely restore within several hours.
Time sweep experiments show a stable plateau G′ value of 135 ± 5 Pa (with G″ < 10 Pa) after the initial decrease during the first 2 3 min, due possibly to compression-induced network stiffening, followed by network relaxation.
Time-sweep experiments showed pronounced time-dependence indicative of a tendency toward aggregation for the EOC-g-VTES-based composites.
It is interesting to follow the modulus variations in the stress sweep experiments, which show the significant effect of sonication on the supramolecular structure.
Two independent immunofluorescence experiments showed similar results.
Conjugation experiments showed that it is transferable.
The macroscopic investigation of the experiments shows that alkaline injection improves sweep efficiency via formation of W/O emulsion at the front.
Six independently performed experiments show similar results.
And their experiments show why.
This experiment showed 0.9% mutations.
