Some fossils, however, show a morphology, size, and cellular detail that characterize bryophytes, and the specimens are treated as fossil bryophytes.
The morphology, size, and distribution of AuNPs-PSNPs were deliberated through transmission electron microscopy.
The properties of carbon nanotubes are highly dependent on morphology, size and diameter [3].
The morphology, size, and crystallinity of the products were studied by electron microscopy.
The pore morphology, size, and distribution were characterized using a scanning electron microscope and mercury porosimetry.
The particle morphology, size and elemental composition were determined using SEM, XRD and EDS.
The crystal morphology, size, and composition are major factors influencing the efficiency of light absorption and photocatalytic performance [10 12].
Morphology, size, and amount of produced carbon nanostructures can be studied using TEM images which are presented in Fig. 3.
Transmission electron microscopy (TEM) was performed for the determination of morphology, size and crystalline nature of the synthesized SNPs.
In most cases, the properties are heavily affected by the morphology, size, and size distribution of nanoparticles.
Particles' morphology, size and elemental composition were analysed through SEM EDX, allowing to sort them by geochemical sources.
