Despite large scattering and a paucity of aftershocks, a seismic cross section indicates that the subsurface fault dips 50° 70° northwest (Fig. 6), consistent with the InSAR analysis (Geospatial Information Authority of Japan 2016a).
The optimized FET tube exhibits better crashworthiness than the origin FET tube and other tubes with different cross-section, indicating that the FET tube can be a potential energy absorber especially under oblique impact loading.
The elemental analysis of the cross section indicated that a Cr Fe alloy layer formed on the surface and the chromium content gradually decreased in the direction of the substrate.
Besides, the image analysis related to fracture mode at splitting cross section indicated that adhesive fracture was dominant at lower temperature, while at higher temperature the main fracture mode was cohesive fracture.
The histological cross-sections indicated that the strong birefringence is the indicator of bleb scarring.
Sequential restoration of cross-sections indicate that the Abert Rim fault south of 42°40′ N latitude had > 250 m of stratigraphic separation prior to deposition of the Rattlesnake Tuff at 7 Ma.
The EDX results of these cross-sections indicate that the content of Ca on the surface was significantly higher than fine coat when the times reach 15.
The observation of the polished cross sections indicates that its average thickness was generally below 20 μm.
Compared with the dipolar metal complexes, all the octupolar metal complexes (including tetrahedral and octahedral complexes) have relatively large TPA cross-sections, indicating that building octupolar metal complex is an effective route to design of promising TPA material.
Moreover, result from the cross-section indicated that crack was found in the solder resist and both white and bronze powdery were found.
Acid-fast stained cross-sections indicate that MAH was capable of colonizing the lumen of the intestine at high levels during feeding and infection (Fig. 4B and C), while starved worms indicate an absence of pink acid-fast bacilli, or any bacilli within the lumen of the intestine (Fig. 4A).
