The exact extent of visible ring material depends on the phase angle of the images: in forward-scattered light Adrastea is firmly outside the Main Ring, but in back-scattered light (which reveals much bigger particles) there appears to also be a narrow ringlet outside Adrastea's orbit.
A lot of API "domains" from FTIR map are much bigger than particles analyzed with hot-stage microscopy which provides congruent results with reference PSD of meloxicam.
These spheres were about 600 nm, much bigger than the particles prepared using PEG 4000.
The most remarkable facts of the study are that the five-fold branched silicon particles are much bigger (25∼40 μm) than the nanometer sizes previously reported in the literature and the 7.5° mismatch is accommodated mainly by multiple SAGBs.
We show that exact forecasts can be made by using high-energy particles (few GeV/nucleon and higher) whose transportation from the Sun is characterized by much bigger diffusion coefficients than lower energy particles.
MIL-based magnetic SWCNTs is superior to magnetic particle-based nanotubes since particles attached typically are much bigger than the nanoscale diameter of SWCNTs and are prone to aggregation, detachment and non-homogeneity.
We show that exact forecast can be made by using high-energy particles (few GeV/nucleon and higher) which transportation from the Sun is characterized by much bigger diffusion coefficient than for small and middle energy particles.
Researchers want to gather data that could potentially be used in future to make much bigger systems capable of spraying tiny sulphate aerosol particles into the upper atmosphere, mimicking the cooling effect of volcanic eruptions.
As the GnP concentration increases beyond this benchmark, the viscosity rapidly drops which may indicate the saturation of GnP on GO sheet and the remaining particles will strongly flocculate and form much bigger structures.
In our case, the particle size obtained from DLS analysis was much bigger than in its TEM photograph.
