TEM images showed that RuO2 nanoparticles attached on CNTs had uniform shape and a narrow particle size distribution.
The cooked kernel of Pusa Basmati 6 has uniform shape, as compared to that with a tapering end in PB 1121.
The resultant polymers have uniform spherical shape with a shell thickness of about 8 nm, stable crystalline form, and super-paramagnetic property.
It is clear that both of the products have uniform spherical shapes.
Cr-TiO2, Mn-TiO2, Fe-TiO2, Co-TiO2, and Ni-TiO2 have uniform round or rectangular shapes with sizes of ~ 26, ~ 10, ~ 15, ~ 18, and ~ 16 nm, respectively.
The coacervated nanoparticles had uniform spherical shape with a size distribution of 195 ± 10 nm for nanoparticles formed with myristoleic acid precursor and at 160 ± 8 nm with oleic acid precursor.
If you have uniform, personalize it!
The nanoparticles are assumed to have a uniform shape and size.
TEM images (Fig. 2b e) showed that both the UCNPs have the uniform shape and size with hexagonal geometry.
The proposed liners unlike the pervious type did not have a uniform shape and the lifter height was increased from 152 mm to 187 mm at the section where the wear rate was high.
