The impact of Sc, Pe and Ω on Φ(r) and X(r).

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Bibliographic Details
Main Author:	Lei Zhang (38117) (author)
Other Authors:	V. Puneeth (12495095) (author), Muhammad Ijaz Khan (4370491) (author), Essam Roshdy El-Zahar (11892560) (author), N. Manjunath (35081) (author), Nehad Ali Shah (4738938) (author), Jae Dong Chung (3700894) (author), Sami Ullah Khan (9559368) (author), M. Imran Khan (12495098) (author)
Published:	2022
Subjects:	Biophysics Microbiology Cell Biology Molecular Biology Physiology Biotechnology Developmental Biology Marine Biology Space Science Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified two concentric cylinders tactic microorganisms swim schmidt numbers increases tiny fluid conveying first cylinder remains tiny particles follows div >< p tiny particles due significant </ p flow velocity decreases bioconvection thermal transport tiny particles second cylinder induced due uniform velocity flow velocity sc </ pe </ nt </ nb </ ha </ outcome indicates numerical outcomes nanoparticle concentration mass gradient magnetic field lorenz force lorentz force hartmann number graphical simulations flow parameters different radii density gradient controlled externally constitute bio certain laws brownian motion bioconvection flow >≤ 3 >≤ 2 >≤ 1 45 method 2 ≤< 1 ≤<
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The impact of <i>Sc</i>, <i>Pe</i> and Ω <i>on</i> Φ(<i>r</i>) and X(<i>r</i>).