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treatment(passive) are influenced byvessel diameters
The 256 matrixcausedoverestimation of vessel diameter
that contrast enhanced CDUS depicts vessels of a size , which can be observed by unenhanced CDUS using high end US equipment ; assessment of vessel size is inaccuratecausesoverestimation of vessel diameter
so that the superficial velocity of the inert gas stream is about 0.3 to 1.5 ft / sec(passive) is designedThe diameter of the vessel
so that the superficial velocity of the inert gas stream is about 0.5 to 2 ft / sec(passive) is designedThe diameter of the vessel
so that the superficial velocity of the inert gas stream is in the desired range(passive) is designedThe diameter of the vessel
extravascular forces(passive) influenced byVessel diameter
The lack of a correlation between vessel diameter and vessel length ( Ewers et al . 1990 ; Wheeler et al . 2005 ; Jacobsen et al . 2012 ) across some speciesmay leadto vessel diameter
for a maximum pressure drop of ~1 bar ( 15 PSI ) across the resin bed to allow for resin settling and accumulation of suspended solids during the service run(passive) should be designedThe vessel diameter
The superficial velocity parametersetsthe diameter of the vessel
The chronic outward force of the stentwill causethe vessel diameter
pressure inside the capillary minus pressure outside the capillaryinfluencesvessel diameter
the local oxygen concentration and flow - related parameters , such as pressure and wall(passive) is influenced byVessel diameter
hypertension resistanceinfluencingvessel diameter
the preliminary designsetthe vessel diameter
default(passive) can be set bythe Vessel diameter
two less well - studied but also important factorsinfluencingvessel diameter
Great care must be taken in ensur - ing that comparisons are made between plants growing in fairly similar conditionscan influencethe vessel diameter
to the solution from this problemleadingto the solution from this problem
the stiffness of vesselsinfluencesthe stiffness of vessels
to injury of otherwise healthy vein and induce new stent - edge stenosismay leadto injury of otherwise healthy vein and induce new stent - edge stenosis
to hypertensionleadsto hypertension
for optimal droplet disengagementcarefully designedfor optimal droplet disengagement
the blood flow and pressureinfluencesthe blood flow and pressure
an increase in flow velocitycausesan increase in flow velocity
Resistance(passive) is influenced byResistance
a cross - sectional area gradient at the leading edge of the stentcreatinga cross - sectional area gradient at the leading edge of the stent
to intimal hyperplasia and other pathologiesleadingto intimal hyperplasia and other pathologies
vascular responsiveness ( 1influencesvascular responsiveness ( 1
in a concentration - dependent reversible dilation ( Figure 1Aresultingin a concentration - dependent reversible dilation ( Figure 1A
on the full scattering profileinfluenceson the full scattering profile
the probability of restenosis(passive) is ... influenced bythe probability of restenosis