From a technical standpoint, this places a heavy burden on the development and application of appropriate and robust sample preparation systems to enable the use of both microscopic and non-microscopic particle size technologies with minimal error.
Microscopic analysis, particle size and zeta potential measurements, Fourier transform infrared spectroscopy and Raman spectroscopy were performed to characterize the critical parameters in case of the different vehicles.
The synthesized nanocomposite was characterized using spectroscopic ATR-FTIR, microscopic SEM, particle size distribution DLS/CILAS and surface area BET techniques.
SEM images, fluorescence microscopic images, particle size distributions of the electrosprayed particles, release profiles, cytotoxicity, and lifetime data.
Prepared microsponges were characterized for physical appearance, microscopic evaluation, particle size, encapsulation efficiency, percentage yield, drug loading, in vitro drug release, and pharmacodynamic activity.
and microscopic ones (particle sizes) with external influence value changing is shown.
We subjected a sample of concentrate from the port to mineral identification using X-ray diffraction as well as microscopic and laser particle size analysis.
Furthermore, the structure of the cathode material such as particle size, microscopic morphology, and specific surface area seriously affect the electrochemical performance of the battery [24].
Both microscopic techniques estimated the average particle size to be 16 nm, similar to XRD estimates.
Microscopic analysis showed the average particle size of the synthesized powders was 15±10 nm.
It can be inferred that the activity of catalysts is the result of the synergistic effects of the surface roughness, the particle size and microscopic architectures.
