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The surface of the jet is covered with protrusions which are caused by the eddies in the turbulent liquid.
The distance at which the instabilities were first observed on the surface of the jet was also a function of the initial separation distance.
At very high Re, however, the eddies have enough thrust to splash through the surface of the jet: droplets are then visible.
The model is based on the inviscid and irrotational flow governed by the Laplace equation together with the kinematical and dynamical conditions at the free surface of the jet.
Similar(56)
When THF/DMF ratio was 1 1, the formation mechanism of grooved texture should be ascribed to the formation of wrinkled surface on the jet surface at the early stage of electrospinning and subsequent elongation into a grooved texture.
When THF/DMF ratio was 1 1, the formation mechanism should be ascribed to the formation of wrinkled surface on the jet surface at the early stage of electrospinning and subsequent elongation into a line surface structure (mechanism II).
When THF/DMF ratio was 1 1, the formation mechanism should be ascribed to the formation of wrinkled surface on the jet surface at the early stage of electrospinning and subsequent elongation into a grooved texture.
The same mechanism of resonant amplification should be effective more generally, when the bubbles lie within a more confined surface envelope, such as the surface 'wake' of the jet impact zone, whose shape defines a different set of interior eigenmodes.
Increasing the applied voltage increases the surface charge of the jet and helps to reduce the frequency of occurrence of beads.
Increasing the applied voltage results in increases the surface charge of the jet and helps to reduce the frequency of occurrence of beads.
where u j is the jet velocity, W is the jet width, q ˙ is the impingement surface heat flux, TH and TJ represent the temperature of the impingement surface and the jet temperature, respectively.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com