Sentence examples for microscopy samples revealed from inspiring English sources

Cross-sections made from plan-view transmission electron microscopy samples revealed that this was related to ridge formation during the retraction process.

Scanning electron microscopy of human menstrual endometrial samples revealed a ragged and torn surface with gland openings and a lack of epithelial covering (Ludwig and Spornitz, 1991).

Transmission electron-microscopy studies of the implanted samples revealed the appearance of nanoparticles of binary phase Mg Ag.

Electron microscopy of this sample revealed both intranuclear and intracytoplasmic viral particles.

X-ray absorption spectra and transmission electron microscopy data of these samples reveal that Co carbides in as grown samples decompose and form graphitic C/Co interfaces after annealing.

Atomic force microscopy (AFM) of uncapped samples reveals that the dots are lens shaped, with an average height and diameter of ≈2 ±0.5) and ≈15 nm, respectively.

The atomic force microscopy analysis for rGO sample revealed the formation of flakes with thickness ≈ 10 nm.

Transmission electron microscopy (TEM) images of the sample revealed the morphology of the architecture of graphene-Ag2Se hybrid.

In this study, both temperature-induced phase separation of the uncured resin mixture and transmission electron microscopy (TEM) of the cured sample revealed that nanoclay resided in the LPA-rich phase, leading to a higher reaction rate and earlier onset of micro-cracking in the LPA-rich phase or at the interface of the LPA-rich and UP-rich phases.

A few samples reveal the differences.

Observations by scanning electron microscopy (SEM) and transmission electron microscopy (TEM) on Si@porous-C sample reveal that Si nanoparticles homogeneously disperse in porous carbon scaffold.