Sentence examples for microscopy analysis has from inspiring English sources

Electron microscopy analysis has received special focus in determining the unique structural features.

Herein, further detailed transmission electron microscopy analysis has been applied to find more clues for understanding the role of carbon.

Scanning electron microscopy analysis has shown a ductile fracture mode at impact point, with hardness values on plate basic level.

Microscopy analysis has allowed the mapping of the colour scheme, whereas the preliminary pigment identification (Table 1) was carried out by micro-XRF.

Scanning electron microscopy analysis has shown that the lamellar structure present in the cross sections of the as-deposited EN samples tends to disappear, and agglomeration occurs when the heat-treating temperature is increased.

Transmission electron microscopy analysis has demonstrated that the friction film was characterized by a laminar structure, the belts of which were revealed to consist of highly oriented graphene sheets.

Scanning electron microscopy (SEM) analysis has been an important means in mineral identification, material damage detection, and aiding in water jet research.

Scanning electron microscopy (SEM) analysis has revealed unique morphological properties of fibers spun from polymer blends of ELP and PLEY, properties not displayed by either polymer alone.

While these advances in microscopy and analysis have been essential for the recent breakthroughs in cryo-EM, their implementation is computationally intensive and requires high-performance computing clusters.

Electron microscopy and X-ray analysis has indicated a reversal of exfoliation of the nanocomposite filler particles to be responsible.

Although electron cryo-microscopy (cryo-EM) single-particle analysis has become an important tool for structural biology of large and flexible macro-molecular assemblies, the technique has not yet reached its full potential.