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You could hear the steady ding of a Mister Softee truck on Bergen Street, probably with a string of the usual kids hanging on it.
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Since D = F/ V and at steady state D = μ, published values for the follicular volume and sebum excretion rate can be used to approximate the doubling time of P. acnes in vivo.
In other words, in consequence of thermodynamics in the stable steady state ( D P S K I ) is independent of P S. As D P S decreases, more light is utilised and as D P S increases less light is utilised (Okay et al. 1994, 2003, 2005).
The turbulent, steady, 2-D axi-symmetric flow inside an axi-symmetric abrupt contraction pipe with a pipe protrusion embedded in it was solved by steady-state time averaged conservation equations of mass and momentum along with two equation model for turbulence.
There were no statistically significant changes between baseline (A) and post reperfusion steady state (D).> -wrap-foot> Immediate reperfusion EF obtained by Simpson's rules Absolute values are indicated in Table 6, significant changes of values in Table 4.
The steady state (D) is a saddle node on a curve, the separatrix, which divides the phase space into two domains: Initial conditions at one domain result in uncontrolled tumour growth (stable steady state (B)) while at the second domain the tumour is eventually controlled by the immune system (stable steady state (C)).
Shimada et al. reported a less that 2-fold reduction in the basal steady-state Dd Mg·ATPase rate on introduction of the S236A mutation (28).
d Population steady-state current voltage relationships of bBest2 transiently expressed in HEK293 cells without (black) or with (red) ATP (10 mM), n = 9 13 for each point.
FBAwMC assumes that the metabolic network is in steady state (2) d x → d t = S . f → = 0, where x ⃗ is a vector of all metabolites, f ⃗ is a vector describing the metabolic flux through each reaction in the network, and S the stoichiometric matrix.
The steady state being stable, d d P S ( δ G / d t ) = 0.
{frac{1}{2}rho_{text{air}} UDleft( {frac{{{text{d}}C_{text{L}} left( alpha right)}}{{{text{d}}alpha }} + C_{text{D}} left( alpha right)} right)} right|_{alpha = 0}, (18 where ρ air is the air density, U is the steady wind velocity, D is the diameter of the contact wire cross section, and C L and C D are the lift and drag coefficients.
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