Titlebook: Heat Transfers and Related Effects in Supercritical Fluids; Bernard Zappoli,Daniel Beysens,Yves Garrabos Book 2015 Springer Science+Busine

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LEER

Heat Transfers and Related Effects in Supercritical Fluids978-94-017-9187-8Series ISSN 0926-5112 Series E-ISSN 2215-0056

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CAMEO

Bernard Zappoli,Daniel Beysens,Yves GarrabosAddresses problems that engineers have to face with the management of supercritical fluids under space conditions of weightlessness.Additional basic information is provided on statistical mechanics, f

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Fluid Mechanics and Its Applicationshttp://image.papertrans.cn/h/image/425045.jpg

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General Introduction to Near-Critical and Supercritical Fluids,otions of order parameter, critical fluctuations and fluctuation correlation length (a natural lengthscale for critical point phenomena) are exposed. Mean-field and renormalized critical exponents are defined and discussed. Concerning critical dynamics, the phenomenon of critical slowing-down is pre

BLANC

Introduction to Thermomechanical Effectson of linear momentum, and the conservation of energy, also known as the Navier–Stokes equations) are summarized in Chap. . after a brief presentation of the main notations and rules for the scalar, vector, and tensor quantities needed to define the fluid motion. In the present part of the book, as

Malfunction

Bridging Gas and Near-Critical Fluid Dynamics then detailed. Emphasis is placed on the expression of the transport coefficients as a function of temperature and density, written in the mean field framework, refinement being given when necessary. The equations that describe the one-dimensional motion of a near-critical fluid are then derived fr

恃强凌弱

Temperature and Density Equilibrationre step is imposed at one wall side of a slab-like container filled with a near-supercritical pure fluid. The other wall side of the container is thermally isolated. Gravity is assumed to be zero, so buoyant convection is absent from the system. The transient behavior of a given fluid mass is thus s

条约

Heat Transferenomena observed in three-dimensional experiments performed under microgravity for similar heating conditions. A heat flux is supplied at the heated wall, instead of an imposed parietal temperature. Such heat flux conditions (that mimics the heat source) are more adapted to the experimental investig