Titlebook: Nanofluidics; Thermodynamic and Tr Efstathios E. (Stathis) Michaelides Book 2014 Springer International Publishing Switzerland 2014 Applica

果仁

憤怒事實(shí)

復(fù)習(xí)

Viscosity,erences between suspensions of spheres and ellipsoidal particles. The concepts of effective viscosity and intrinsic viscosity are introduced with the methodology of their application to nanofluid systems. Secondly, the experimental results that pertain to Newtonian nanofluid suspensions are presente

吞噬

Thermal Conductivity, also presented based on (a) the effective medium theory, (b) the Brownian movement of nanoparticles, and (c) the interfacial layer between solids and fluid. The chapter examines critically the methods and instruments used for thermal conductivity measurements. The transient hot wire, the transient

ciliary-body

Convection and Boiling,e theory of convection and especially convection in channels. The boundary layer approximation is explained, and results that emanate from this time-proven method are presented. The second part analyzes the convection process for particulate suspensions and presents a relevant model that has been us

擺動(dòng)

Diffusivity,ing in a fluid. This process is of immense technological interest, because it is related to chemical reactions, pharmaceutical processes, medical treatments, and detection of chemicals..This chapter concentrates on the second type of diffusion and examines the mass transfer of a species, A, in a nan

achlorhydria

FANG

虛弱

Morose