Circulation Research · 1961 · 29 citations · 3 references
Life SciencesBiophysicsPhysiologyMembrane BiophysicsNeurobiophysicsNeurophysiologyAutonomic Nervous SystemCirculatory AnatomyCirculatory PhysiologyHemodynamicsNeurostimulationVagus Nerve StimulationCardiac Vagal ToneThickness DependenceVagal ModulationVagal StimulationVentricular WallsViscosity
It is shown that in the presence of a marginal zone, which is free of corpuscles and which has a width independent of the tube radius, the existence in the central zone of unsheared laminae of finite thickness, which also is independent of the tube radius, tends to increase rather than decrease the apparent viscosity when the radius of the tube becomes smaller.
3
THE FLOW OF BLOOD IN NARROW TUBES
Michael G. Taylor · Immunology and Cell Biology · 1955 · 67 citations
On the Flow of Suspensions Through Narrow Tubes
F. Johnson Dix, G. W. Scott Blair · Journal of Applied Physics · 1940 · 42 citations
Engineering, Physics, Fluid Dynamics +16