Full conversion of the starting material was observed in 24 h.
No discernible swelling or functional deformation in the material was observed after submergence for 72 h.
The aging process of the exfoliated material was observed, as shown in Figure 3c.
Moreover, the melt viscosity of the experimental material was observed by using an off-line rheometer.
On processing, the work material was observed to have increased tensile, yield strengths and ductility properties.
When loaded with methanol in a diamond anvil cell, no compression of either material was observed when pressurised.
As the seed matured, the accumulation of cuticular material was observed on the surface wall of embryo proper (Fig. 8b).
In addition, substantial loss of 1 10 μm material was observed in the upper atmosphere (Borovicka and Charvat 2009).
Below this, a thin layer of plastically deformed material was observed.
Bragg reflection of the powdered material was observed under ultraviolet irradiation.
Since no deformation or removal of material was observed on the scanned area, the scanning can be considered as a wearless process [20].
