Microtome sectioning was used to evaluate the cross-section of individual struts to measure coating thicknesses.
The experimental results can be used to re-evaluate the cross sections of the 232Th(n, 2n) reaction.
We labeled SS1P with Alexa488 (green fluorescence) and evaluated the cross section close to the middle of an NCI-H226 spheroid at hours 0, 8 and 16 using confocal microscopy (Fig. 4A and 4B).
Microstructure, porosity, thickness, and hardness of the coatings were evaluated in the cross section of the coatings.
To evaluate the cross-sectional size of each lesion in OCT images, the sections passing through the center of the CNV were chosen.
The drilled hole quality was evaluated by the nail heading (the cross section of a nail with a conical head) and surface roughness in the hole wall, and the microdrilling performance measured in terms of printed circuit board (PCB) production was investigated.
The non-homogeneous microstructure distributions, such as texture, crystalline size, phase volume fraction and residual elastic strain, were evaluated for the cross sections of the bent plates.
For evaluating fire resistance of steel structural members, temperatures in the cross section of the member are required.
For evaluating fire resistance of a reinforced concrete member, temperature profile in the cross section of the member is required.
Scanning electron microscopy (SEM) was used to visualise the cross-section of the edible films, identify their structural features and evaluate the cross-sectional homogeneity (Fig. 4).
Indentations tests were carried out on the cross sections of the coatings to evaluate the hardness and fracture toughness.
