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The presence of nanoparticles and the first-order slip lead to decrease the momentum boundary-layer thickness.
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Increasing the values of the magnetic field strength decreases the momentum boundary layer thickness while increasing the thermal boundary layer thickness.
It is observed that, for the higher values of Mn, the fluid velocity increase and thereby decrease the thickness of the momentum boundary layer near the wall region, for absence of suction/injection parameter and 0.23 ≥ η ≥ 0.67 for suction) However, the reverse trend is observed in the central region.
And the normalized ALPGE current decreasing at smaller wavelengths is attributed to the sharp decrease of the momentum and energy relaxation time.
And the normalized ALPGE current decreases at smaller wavelengths, which can be attributed to the sharp decrease of the momentum and energy relaxation time.
The combined effect of γ and φ leads to the decrease of the momentum boundary-layer thickness.
Furthermore, we observed 2 distinct patterns (an increase and decrease) for the momentum of scapular upward rotation with arm elevation after knot formation.
Drag reduction in a fibre-water system is attributed to a decrease in the momentum transfer in the turbulent-core region, whereas synergism has been found to be a wall phenomenon.
The presence of an external magnetic field decreases the oscillator strength at large momentum whereas the B 0 = 0 result exhibits an increase in the oscillator strength (blue dashed curve in (a)).
As the particle size decreases, the phonon is increasingly confined within the particle, and the phonon momentum distribution increases.
"It decreased the abuse".
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