It is shown that the unloading response consists of five sequential stages: elastic recovery, interface damage (crack) initiation, damage evolution (delamination), film elastic bending, and abrupt surface separation (jump-out), with plastic deformation in the substrate occurring only during damage initiation.
For example, it has been demonstrated that features such as material dimensions and abrupt surface discontinuities are likely to produce low search function slopes, suggesting a parallel search, whereas orientation and 3-D surface contours are likely to yield somewhat steep slopes, suggesting serial search (Lederman & Klatzky, 1997).
A1 Submarine Crew Debriefed In parallel efforts to untangle the submarine accident off the coast of Hawaii, Navy and civilian investigators debriefed crew members and reviewed logs from the Navy submarine whose abrupt surfacing on Friday as part of a drill caused the sinking of a Japanese fishing vessel.
Although researchers have developed many methods to separate bare ground from other urban features, the problem has not been fully solved due to the similar characteristics possessed by ground and non-ground objects, especially on abrupt surfaces.
Furthermore, an abrupt drop of the surface area for the sample calcined at 600 °C is observed and the destruction of acid sites during the high temperature calcination also recorded.
The southern region (between Monterey and Santa Barbara, California) spanned Point Conception, a focal point for biogeography and phylogeography because of its associated faunal turnover and an abrupt change in sea surface temperature and current regime [25], [27], [29], [65], [66].
We find that the sharp surface tension method yields an abrupt pressure jump across the interface, whereas the continuous surface tension method results in a smoother transition.
It is whether or not there is an abrupt potential change at the surface, whatever name it be called contact potential or potential barrier.
Figure 5a exhibits an abrupt increase of the specific surface area and a reduction of the bulk density relative to the sample treated at 110 °C when the citrate-containing CoMo catalyst is thermally treated at 220 °C.
The horns of C. anthropophagus are more prominent and have more acute dorsal tips than these structures, and in lateral view, there is an abrupt transition from the dorsal surface of the postorbital (which is parallel to the coronal plane) and the upturned squamosal horn.
It utilizes localized surface plasmon resonances with an abrupt phase shift to achieve the desired phase modulation in the transmitted field.
