The analyses of mass transfer and Gibbs free energy of mixing indicate that the asymmetric nature of hollow fibers results in more significant external concentration polarization (ECP) in the lumen side of the inner-selective hollow fiber membranes.
In the MC solutions with the salt mixtures, the critical temperatures followed a linear rule of mixing, indicating that the effects of salts on the sol gel transition of MC are completely independent.
At downstream locations, the sensitivities of progress variable to reaction is significantly larger than its sensitivity to mixing, indicating that the controlling process during the reignition stage is chemical reaction.
As shown in Fig. 2B, cholesterol-depleted cells were less susceptible to lipid mixing, indicating that cholesterol is important for fusion.
In both cases we did not observe noticeable lipid mixing, indicating that lipid mixing here was SNARE-dependent (the black and cyan traces in Figure 1b, respectively).
With pure DMSO (χ [AMIM]Cl = 0), there was still precipitation of crystalline cellulose at the bottom of the tube after 60 minutes of mixing, indicating that the cellulose was insoluble in pure DMSO.
Interestingly, recent logging activity (RL) was negatively correlated with genome mixing, indicating that the increased light and sediment load associated with logging activity is associated with lower levels of GMI (although it was not a significant factor for overall hybridization levels).
The ANOVA analysis showed that 71% for CT and 90% for MRI of variability are explained between groups (procedures); indeed, the analysis of procedure mix indicates that there are some procedures (eg, CTs of the head) with high level of standard deviations.
The analyses of results showed that addition of RAP increased TSR value of the mix, indicating that RAP may help in enhancing moisture damage potential of a mix.
The leaching tests from the mix indicated that TCLP concentrations of the selected heavy metals were well below the TCLP regulatory limits for all OCS mixes.
