It is well established that fluid flow can have significant effects on structural acoustic behavior, as is the fact that induced coupling between discrete modes of vibration becomes significant as flow velocity increases.
Predicting multiphase flow performance through a channel has been well established in fluid flow mechanics.
It is well established that cerebrospinal fluid (CSF) levels of total tau (T-tau), phospho-tau (P-tau), and the 42-amino acid fragment of Aβ (Aβ42) reflect core elements of the AD process [ 3].
While the THW method is well established for homogeneous fluids, its applicability to two-phase systems such as fluid suspensions is still under development, and no reliable validity conditions for the latter exist so far (see Vadasz [30] for a discussion and initial study on the latter).
It is well established that decomposition fluids are released from a body during decomposition (Carter et al., 2007).
It is now well established that, in biological fluids such as blood, the surface of nanoparticles becomes coated with a complex mixture of proteins to form the so-called 'protein corona,' which affects the NP-protein interactions and eventually determines their fate in the body.
The role of lipocalin-1 in tear fluid is well established [ 30, 31], but little is known about its dysregulation upon MIAC and HCA in amniotic fluid, which is likely related to its inhibitory activity against cysteine proteases and postulated involvement in the control of inflammatory processes [ 32].
In the case of higher Richardson number, the secondary flow is well established and significantly affects the fluid flow.
(2001, 2003) were obtained, as it is well established that EPR 9°N vent fluid temperature and chemistry vary temporally (Von Damm, 2000, 2004; Von Damm & Lilley, 2004).
The use of computational fluid dynamics (CFD) to model fluid flows is well established in pump manufacturing.
Maneuvers to assess fluid responsiveness are well established in mechanically ventilated patients; however, few studies evaluated maneuvers to predict fluid responsiveness in spontaneously breathing patients.
