Sentence examples for morphologies indicates that from inspiring English sources

An investigation on the photoluminescence (PL) properties of GdBO3 Eu3+ samples with different morphologies indicates that the PL properties of as-obtained GdBO3 Eu3+ phosphors are strongly dependent on their morphology and crystallinity.

The distribution of valley morphologies indicates that the eastern and southern margins of the plateau remnant have been extensively dissected by the Huang He and Chang Jiang (Yangtze) rivers and associated tributaries, while the mountain ranges have valley morphologies with U-shaped cross-sections that indicate large impacts from glacial erosion during Quaternary glaciations.

In addition, the existence of similar morphologies indicates that the presence of cosolutes did not significantly change fibril structure.

The difference between the morphologies indicates that, similar to the individual peptides, the protofibrils also diffuse on the surface, even after peptide deposition has stopped.

These differences and the distinct morphologies indicated that several species were characterized by a similar colour pattern.

The cracking and fracture morphologies indicate that the crack deflection, bridge and fiber pullout are the main toughening mechanisms.

These similar porous microsphere morphologies indicate that the silica nanoparticles are deposited in the matrix of the polymer template in the process of sol-gel reaction of TEOS.

They are on slopes with similar gradients, yet they have significantly different morphologies indicating that the interplay between sedimentary processes and channel evolution must be different.

The obtained morphologies indicated that PC and SAN could form a partial miscibility blend and the maximum miscibility occurred at AN=25 wt%.

The hole mobility of the electrodeposited films was found to be dependent of the dendrimeric structure and film morphologies, indicating that the shape and size of the studied dendrimers have a strong effect on their charge transport properties.

These morphologies indicate that Sb nanotube can be formed through the rolling up of regularly ordered molecular layers during the solvothermal treatment process, in which toluene as a solvent plays the role of a structure-directing agent and should provide a possible driving force to facilitate the rolling of lamellar structures at 200 °C for 10 h [20].