The structural and electrical properties of μc-Si thin films are estimated as a function of the SiH4/H2 ratio.
The PBA equilibrium parameter and the gas-to-solid mass transfer coefficient during reaction are estimated as a function of mixing intensity, oxygen partial pressure, and catalyst concentration.
In a continuous operation mean residence time and a backmixing coefficient g are estimated as a function of the oscillation conditions.
The cost of materials for the heliostat components and their sensitivity to heliostat size are estimated as a function of the design (stow) wind speed based on the specification of the structural design for quasi-static wind loads.
The maximum mixed cross-sectional area, Amax="A Δtmax, and mixing rate, 1/Δtmax, are estimated as a function of the flow parameters, which are the tilt angle, α, and free surface height, H0.
The characteristic time τw, the threshold Rth and optimal Ropt radii for particle endocytosis are estimated as a function of the binding energy factor C, bond elasticity factor G, and non-specific attractive/repulsive factor F at the cell particle interface.
