Both types of zones contain eutectic carbide recrystallization and incomplete melting regions.
The functional distinction between trade orientation free ports (FTZ) and industrial oriented free zones (EPZ) is not the main point since free ports represent the logistics orientation of both types of free zones.
Both types of subduction zones are associated with large earthquakes that originate at a depth of as much as 700 km (435 miles).
The J 1, J 2, J 4, J 5, J 6, J 7 criteria led to average reductions of 21.28, 14.66, 15.32, 21.74, 4.99 and 14.99 %, respectively, for the structures with medium heights for both types of external excitation zones.
In addition, behavior in the Central Zone and Rim Zone is similar for both types of motion, although the Rim Zone distributions have a slightly steeper decay (finite speed segments decay rates: 2.1 s in CZ and 1.37 s in RZ; near-zero speed segments: 0.14 s in CZ and 0.17 s in RZ).
There are three types of zone corrosion: galvanic, crevice and pit.
Combining the distribution of vulnerability classification with the important ecological function area and natural reserves in the scope of planning, the research area was plotted into five types of zone, i.e., appropriate exploitation zone, optimized exploitation zone, moderate exploitation zone, restrictive exploitation zone and forbidden exploitation zone.
Therefore, our data indicate that at least two types of zone C/E-projecting neurons are sufficient to induce grooming.
The increases in toughness in both types of ESNs were attributed to a zone shielding mechanism involving matrix plastic deformation.
