The field emission scanning electron microscope has revealed that methanolic seed extract of S. cumini has same antimicrobial mechanism as compared to other plant extract.
Worn surface morphology investigation using scanning electron microscope has revealed that the addition of vermiculite alters the compositional interactions at the braking interface leading to flyash vermiculite combination specific topographical attributes responsible for tribo-performance evolution.
Detailed light and electron microscope analyses have revealed that each temporal domain of the sigmoid corresponds to a distinct phase of spreading [23], [24], where the early phase (P0) consists of initial contact formation, the middle phase (P1) consists of fast contact area increase, and the final phase (P2) consists of slower protrusion and eventual polarization.
Applying high-resolution spectroscopic imaging using analytical transmission electron microscope, Pfannmöller et al. [29] have revealed morphology information which helps to understand charge separation and transport.
Applying high-resolution spectroscopic imaging using analytical transmission electron microscope Pfannmöller et al. [29] have revealed morphology information in the nanoscale morphology domain which helps to understand charge separation and transport (Fig. 1).
In addition, transmission electron microscope and secondary ion mass spectrometry measurements (not shown here) have revealed quite uniform Bi contents in our InPBi samples.
A transmission electron microscope (TEM) study has revealed that the encapsulation of SEBS around the PC domains becomes gradually incomplete by the use of both SEBS-gMA and unfunctionalized SEBS in the PA6 rich blends and at the same time the dispersed SEBS domains in the PA6 matrix enlarge with increasing the ratio of unfunctionalized SEBS to SEBS-gMA.
In the past five years, comprehensive genomic variations, which cannot be visualized by microscope, have been revealed using high-density microarray and next-generation sequencing (NGS) platforms [9], [10].
Previous electron microscope examination of unstained growing bone processed with non-aqueous methods has revealed electron-dense "granules" within the mineralizing osteoid matrix, including within the mitochondria of osteoblasts, osteocytes and osteoclasts [47] [49].
My quest had revealed itself.
