Using water as a cooling medium decreased the exhaust gases temperature and the amount of pollutants more than did air as a cooling medium.
Our results indicate that heat flux through a fibrous medium decreases by increasing the packing fraction of the fibers when the thickness and fiber diameter are kept constant.
The Medium Decrease (MD) class (7.4% of patients) indicates a FACT-C trajectory pattern which decreased dramatically from a medium level, especially after 2 years post-diagnosis.
A medium experience decreases the initial DA release in NAcc to basal levels, but still leaves unaltered the timing of the passage to the second phase of coping.
We observed that the amount of acetylated 2-AF and 4-ABP in cell culture medium decreased in a dose-dependent manner with an IC50 value for CD around 17 μM.
The experiment revealed that the pH of the NBRIP medium decreased with an increasing incubation time and that the final pH remained at approximately 2 3 (Table 1), which was consistent with the results presented by Liang et al. (Liang et al. 2011).
As the water saturation in the reservoir increases, the resistivity of the medium decreases, and consequently, for a constant applied current density, the voltage drops (see Eq. 28).
At higher PDT dose, FSA in the culture medium decreased to zero, indicating a complete inactivation of cellular FSA/IL-1 activity in HPPH-PDT-treated culture.
We observed that pro-MMP-2 and uPA levels in cell medium decreased with Hsp90 antibody in a concentration-dependent manner.
An increase in the magnitude of the interior-negative membrane potential (hyperpolarization) would draw additional dye in from the medium, decreasing overall fluorescence of the suspension; a decrease in potential (depolarization) would release dye into the medium, increasing overall fluorescence.
