Eight body mass estimates from the femur (Table 2) have a standard deviation of only 4.3 kilograms, for a body mass coefficient of variation (CV) of only 9%.
The mud-drillstring interaction is represented by an added mass coefficient.
The use of an added mass coefficient allows, with almost the same entrainment coefficients, improved prediction of the oscillation frequency and of the maximum rise position.
The most common approach employs a mass transfer coefficient or bioirrigation coefficient, α, to describe the rate of exchange between overlying water and pore waters at depth.
The coordinate transformation is utilized to derive the governing equations with consideration of an axial added mass coefficient and realistic initial conditions.
To obtain a more general description of the results, the added mass coefficient, a m, and the damping coefficient, c, were calculated for each mode.
While the added mass coefficient a m quantifies the co-moving fluid mass relative to the cantilever mass and is a measure of the inertial loading, the damping coefficient c equals the energy dissipation per unit length acting on the cantilever.
The resulting macro-scale dispersion model is a set of two equations related by a mass transfer coefficient and which involves several effective coefficients.
An analogy is established between two different approaches for estimating the added mass coefficient of a spherical cap body.
Doxorubicin in the external environment reversibly partitions into the outer leaflet of the cell membrane, characterized by a mass transfer coefficient (kf_ol), cell surface area (assuming spherical cells), and a partition coefficient (partitioncoefficient).
