In our experiments, the breakthrough curves (BTCs) are well described by analytical solutions of a convection/dispersion model with first-order deposition kinetics.
The three third-order deposition systems comprise the Late Campanian Maastrichtian second order, which is represented by: 1-Late Campanian Early mostly Maastrichtian Shiranish third order; 2-Early Maastrichtian to Middle Maastrichtian Tanjero third order; 3-Middle to Late Maastrichtian Aqra third order, and described as follow.
The smooth deposition in region I is due to the pyroposphate adsorption which inhibits the ordered deposition of copper.
To evaluate the sensitivity of model results to these assigned values, we executed the model 15 times to simulate a winter week for the entire sample cohort, using the higher NO2 first-order deposition rate constant (ki = 1.05/hr) and with all parameters assigned anew for each model execution.
To assess the impact of proximity factors, we also estimated exposures assuming that all occupants are exposed only to the time-dependent concentrations calculated for the home (Fprox = 1 for all occupants) for the winter week, using the higher NO2 first-order deposition rate constant (ki = 1.05/hr).
The NO2 first-order deposition rate varies with humidity and surface characteristics, and reported values of the first-order rate constant for furnished homes vary from 0.11 to 1.4/hr (Nazaroff et al. 1993; Spengler et al. 1994; Spicer et al. 1993; Yang et al. 2004).
In plants, microtubules seem to be involved in the ordered deposition of cellulose microfibrils by a so far unknown mechanism.
The ordered deposition of calcium carbonate (under the control of organic matrices) determines the texture of biominerals found in a large variety of calcified structures [ 39, 54].
Several lines of evidence suggest that interphase cortical microtubules somehow influence the ordered deposition of cellulose microfibrils (Goddard et al 1994; Roberts et al 2004; Oda et al 2005).
The irregularly shaped protein bodies observed in our study may therefore result from disruption of the ordered deposition of the endogenous prolamins, possibly because the interactions between the recombinant protein and endogenous prolamins prevented the proper interaction of the latter with BiP.
The roughness remained the same order after deposition, this result indicated that the interface between AlGaN and Ga2O3 should be smooth.
