ENTROPY GENERATION OF A RADIATIVE HYDROMAGNETIC POWELL-EYRING CHEMICAL REACTION NANOFLUID WITH VARIABLE CONDUCTIVITY AND ELECTRIC FIELD LOADING

Entropy generation of a radiative hydromagnetic Powell-Eyring chemical reaction nanofluid with variable conductivity and electric field loading

The study examines the thermodynamic second law of a Powell-Eyring chemical reaction nanofluid flow with electric field loading and variable heat dependent electrical conductivity.The non-Newtonian radiative flow liquid is induced by electric and magnetic fields.The Powell-Erying Cauchy non-Newtonian model is employed for the viscoelastic effect.Wi

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Analysis on the geographical pattern and driving force of traditional villages based on GIS and Geodetector: a case study of Guizhou, China

Abstract Traditional villages have received widespread attention from all walks of life based on important carriers of Chinese rural culture.The mutual superposition of natural and cultural factors may exacerbate the evolution of Neuw Rebel Skinny Eternal Black Jeans traditional village geographical patterns.To understand such relationships and eff

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