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Under this assumption, both the fluid phase and solid nanoparticles flow at the same velocity and are in thermal equilibrium [35, 36].
Moreover, it is assumed that both the fluid phase and nanoparticles are in thermal equilibrium state.
Reduction is carried for both the fluid phase and the film morphology at different operating conditions.
The first provides the possibility of understanding the function of both the fluid phase and the solid particles in the heat transfer mechanisms.
The approach is based on a coupled finite-volume/finite-area strategy capable to describe the fluid-dynamic and the chemical phenomena occurring in both the fluid phase and solid phases.
Similar(55)
Furthermore, in a series of patients with immune-complex mediated MPGN and C3G, heterozygous mutatimmune-complex mediatednd MPGNgenes hand been desC3Gbed in gene areas previously identified in patients witheterozygousconversely, mutations affecting the CFH amino terminus and leading to defeCFIve regulandon both in the fluid phase and at the cell surface have been reported in patients with aHUS.
For this, the conjugated heat transfer in both the solid and the fluid phase was investigated by finite volume analysis for selected experimental conditions.
Fibrinogen participates in both the cellular phase and the fluid phase of coagulation [ 1].
Fibrinogen is a soluble plasma protein, which participates in both the cellular phase and the fluid phase of coagulation [ 1].
The fluid phase and nanoparticles both are assumed to be in thermal equilibrium state.
Common for both models presented above, however, is that only the fluid phase of the hemostatic system or, more correctly, only the concentrations of different elements in the plasma fraction of the fluid phase, has been investigated.
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CEO of Professional Science Editing for Scientists @ prosciediting.com