Figures & data
Table 1. Model parameter space.
Figure 3. Display of the secondary streamlines as defined by EquationEquations (12)[12] and Equation(13)
[13] .
![Figure 3. Display of the secondary streamlines as defined by EquationEquations (12)[12] and Equation(13)[13] .](/cms/asset/258bcf75-785f-4e1f-a940-ac54072f2736/uast_a_1143548_f0003_b.gif)
Figure 4. Axial streamlines (contour lines represent equal axial velocity) for top: a straight tube (K = 0) and for bottom: a bent tube (K = 400). In both cases, W0 has been normalized to 1.
![Figure 4. Axial streamlines (contour lines represent equal axial velocity) for top: a straight tube (K = 0) and for bottom: a bent tube (K = 400). In both cases, W0 has been normalized to 1.](/cms/asset/ce567901-8ecf-4efe-8e25-32edc84235ff/uast_a_1143548_f0004_b.gif)
Figure 5. Transmission fractions for at = 25 µm and P0 = 1.87 atmospheres as a function of Rb and T. Each point is the mean of 10 calculations and the error bars represent one standard deviation from the mean of those same 10 calculations.
![Figure 5. Transmission fractions for at = 25 µm and P0 = 1.87 atmospheres as a function of Rb and T. Each point is the mean of 10 calculations and the error bars represent one standard deviation from the mean of those same 10 calculations.](/cms/asset/e5a7e7e4-f381-4125-b089-d009df3c4918/uast_a_1143548_f0005_b.gif)
Figure 7. Deposition patterns for the system with parameters at = 25 µm, P0 = 1.87 atm, T = 558 K, time step = 0.01 µs.
![Figure 7. Deposition patterns for the system with parameters at = 25 µm, P0 = 1.87 atm, T = 558 K, time step = 0.01 µs.](/cms/asset/3d8a41ca-1611-4ef9-bf33-de597c23b86e/uast_a_1143548_f0007_b.gif)
Figure 8. Deposition patterns for the system with parameters at = 50 µm, P0 = 1.2175 atm, T = 298 K, time step = 0.01 µs.
![Figure 8. Deposition patterns for the system with parameters at = 50 µm, P0 = 1.2175 atm, T = 298 K, time step = 0.01 µs.](/cms/asset/9b7fe07f-523c-4e98-b1a3-c115353367f4/uast_a_1143548_f0008_b.gif)
Table 2. Comparison of parameters of interest in EquationEquations (25)[25] –Equation(28)
[28] , T = 558 K. In all cases, dp = 10 nm, ρp = 1 g/cm3.