Magnetic impact on heat and mass transfer utilizing nonofluid in an annulus between a superellipse obstacle and a cavity with periodic side-wall temperature and concentration
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Magnetic impact on heat and mass transfer utilizing nonofluid in an annulus between a superellipse obstacle and a cavity with periodic side-wall temperature and concentration |
| Abdelraheem M Aly,Noura Alsedais |
| Figure 3. The influences of nanoparticle's parameter $\phi $ on nanofluid velocity, and deployments of temperature and concentration at $\gamma =45^\circ ,N=1,n=3/2,$ $a=0.35,Ra={10}^{4},$ $A=0.5,f=5,$ $Sr=1,Du=0.12,$ and $Ha=10.$ |
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