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Since the width (900 mm) of the beam cross-section was 10 times larger than the wall thickness (70 mm) and the span length (6650 mm) of the beam was about 100 times the wall thickness, the studied beam specimens are thin-walled structures.
Specimens were thin highly oriented fibers produced from a copolymer of hydroxybenzoic acid and hydroxynaphthoic acid (HBA/HNA).
The extended bright areas correspond to crater centers, where the specimen is thinner than the surrounding area.
The specimen was thin-sectioned and the ultrathin sections were stained in an aqueous solutions of uranyl acetate followed by lead citrate and examined under a JEOL GEM 1010 transmission electron microscope (TEM).
The specimens must be thin, for achieving the transition of the electron beams, typically 0.5 µm or less.
Typically, histological specimens are cut into thin sections, stained and then examined with either a light microscope or an electron microscope.
The specimens are strengthened using a thin layer of ECC which is fully or partially bonded to their lower face (acting in tension).
Specimens are usually cut into thin section as shown in (b), in order to analyze the distribution of mycelium in the wood by a sequence of light microscopy pictures.
Load-deflection curves and impact strength of blends with different rubber particle sizes, using both thick and thin specimens, are also reported.
Stool specimens are applied as a thin smear on a slide using a cotton swab.
With the exception of a few very small cells (Henderson et al., 2007), more complex eukaryotic specimens must be thinned to make them transparent to the electron beam.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com