Ions having larger radii showed less salt removal by hydrate formation, and salt removal decreased as the conversion of water to hydrate progressed.
Analysis of the VLF data obtained onboard the INTERBALL-2 (Auroral Probe) satellite in the polar cap region at altitudes from 2 to 3.5 Earth's radii shows small-scale bursts of electrostatic waves during the magnetic disturbances.
Only shortly before drying completely, the evaluated radii showed a sudden change.
In absence of tBid activation, increasing radii showed an increase in cellular mitophagy potential response for WT and 2SE (Fig. 6b).
Pre-atherosclerotic changes, before any localised changes in especially intima dimensions, are found, consisting of a process of gradual vascular widening, associated with temporally at least partly dissociated increases in width, which as a fraction of total vessel radius show a phased process.
The pore-throat radius shows its maximum at 0.15 microns.
In the preform shape prediction, the simulated cylindrical radius shows good coincidence with the desired radius after forming.
The bottleneck radius showed a deviation of about ± 0.23 Å (less than 15%).
