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" Proton-conducting ceramics : "
edited by Mathieu Marrony
Document Type
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BL
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Record Number
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595097
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Doc. No
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b424316
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Title & Author
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Proton-conducting ceramics : : from fundamentals to applied research /\ edited by Mathieu Marrony
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Page. NO
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xxii, 420 pages :: illustrations (some color) ;; 24 cm
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ISBN
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9814613843
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: 9789814613842
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Bibliographies/Indexes
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Includes bibliographical references and index
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Contents
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Machine generated contents note: 1.1.Thermodynamics of Hydration / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.1.1.Formation of Protonic Defects: Generalities / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.1.2.Thermodynamic Parameters / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.1.3.Correlation of Thermodynamic and Physicochemical Parameters / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.2.Proton Transport Mechanisms / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.2.1.Principles / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.2.2.Grain Boundary Resistance and Space Charge Layer Effects / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.2.2.1.The brick-layer model / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.2.2.2.Space charge layer: The theory / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.2.2.3.Space charge layer model applied to proton conductors / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.Characterization Tools / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.1.Electrochemical Impedance Spectroscopy / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.1.1.Principles / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 3.2.3.2.Examples / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 3.2.3.3.Analysis / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.2.Nuclear Microprobe / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.2.1.Principles and apparatus / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.2.2.Formal hydrogen diffusion measurements / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.2.3.Hydrogen transport within ceramic microstructure / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.3.Neutron Scattering / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.3.1.Interaction between proton and neutron / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.3.2.Neutron diffraction / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.3.3.Inelastic neutron scattering / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.3.4.Quasi-elastic neutron scattering / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.4.Thermogravimetric Analysis / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.4.1.Thermogravimetric analysis of proton-conducting ceramics as electrolyte / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.4.2.Thermogravimetric analysis of electrode materials / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.5.Infrared Spectroscopy / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.5.1.Infrared absorption / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.5.2.Transmission spectroscopy / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.5.3.Reflection spectroscopy / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.6.Raman Investigation of Proton Insertion in Oxide Ceramics / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.7.Electronic and Local Structure with X-Ray Spectroscopic Techniques / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.7.1.Background methodology / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 1.3.7.2.Examples of uses / P. Berger / F. Mauvy / J.C. Grenier / N. Sata / A. Magraso / R. Haugsrud / P.R. Slater -- 2.1.Perovskites and Derivatives / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.1.1.Structural Characteristics and Stability of AB0O-Based Simple Perovskite / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.1.1.1.Structural properties / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.1.1.2.Formation of proton defects and proton mobility through ABO3-based perovskite / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.1.1.3.Proton conductivity and stability of materials: BaZrO3 against BaCeO3 / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.1.2.Mixed Ce, Zr-Based, and Complex Perovskite Materials / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.1.3.Brownmillerite A2B2O5-Based Materials / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.1.3.1.Structural properties / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.1.3.2.Hydration properties / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.1.3.3.Conductivity properties / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.1.3.4.Stability against CO2 / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.2.Ortho-Phosphates, Ortho-Niobates, and Ortho-Tantalates LnBO4 / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.3.Rare-Earth Tungstates: Proton Conductors with Fluorite-Related Structures / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.3.1.Stoichiometry and Crystal Structure / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.3.2.Conducting Properties and Doping Strategies / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.3.3.Chemical Stability and Mechanical Properties of Lanthanum Tungstate / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.4.(Other) Fluorite- and Pyrochlore-Related High-Temperature Proton Conductors / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.5.Other Components / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.5.1.Acceptor-Doped Corundum (Alumina) / G. Taillades / J. Roziere, J. Dailly / N. Fukatsu / A. Magraso / R. Haugsrud / P.R. Slater -- 2.5.1.1.Proton conduction in acceptor-doped alumina: a short history / G. Taillades / J. Roziere, J. Dailly / P.R. Slater / A. Magraso / R. Haugsrud / N. Fukatsu -- 2.5.1.2.Location of movable proton in crystal lattice / G. Taillades / J. Roziere, J. Dailly / P.R. Slater / A. Magraso / R. Haugsrud / N. Fukatsu -- 2.5.1.3.Drift mobility of proton / G. Taillades / J. Roziere, J. Dailly / P.R. Slater / A. Magraso / R. Haugsrud / N. Fukatsu -- 2.5.1.4.Electrochemical properties / G. Taillades / J. Roziere, J. Dailly / P.R. Slater / A. Magraso / R. Haugsrud / N. Fukatsu -- 2.5.2.Composite Oxides/Oxyacid Salts: The "Intermediate" Proton Conductors / G. Taillades / J. Roziere, J. Dailly / P.R. Slater / A. Magraso / R. Haugsrud / N. Fukatsu -- 2.5.3.Mixed Protonic Electronic Conductors / G. Taillades / J. Roziere, J. Dailly / P.R. Slater / A. Magraso / R. Haugsrud / N. Fukatsu -- 2.5.3.1.Introduction / G. Taillades / J. Roziere, J. Dailly / P.R. Slater / A. Magraso / R. Haugsrud / N. Fukatsu -- 2.5.3.2.Trivalent doped perovskites / G. Taillades / J.
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Roziere, J. Dailly / P.R. Slater / A. Magraso / R. Haugsrud / N. Fukatsu -- 2.5.3.3.New class of proton conductors / G. Taillades / J. Roziere, J. Dailly / P.R. Slater / A. Magraso / R. Haugsrud / N. Fukatsu -- 2.5.3.4.Multivalent component- doped proton conductors / R. Haugsrud / P.R. Slater / A. Magraso / J. Roziere, J. Dailly / N. Fukatsu / G. Taillades -- 2.5.3.5.Ni-X cermet materials / G. Taillades / J. Roziere, J. Dailly / P.R. Slater / A. Magraso / R. Haugsrud / N. Fukatsu -- 3.1.Synthesis Methods / G. Taillades / P. Briois / N. Sata / M. Marrony / J. Dailly -- 3.1.1.Solid Route / G. Taillades / P. Briois / N. Sata / M. Marrony / J. Dailly -- 3.1.1.1.Solid-state reaction / G. Taillades / P. Briois / J. Dailly / M. Marrony / N. Sata -- 3.1.1.2.Solid-state reactive sintering / G. Taillades / P. Briois / N. Sata / M. Marrony / J. Dailly -- 3.1.1.3.Mechanosynthesis of nanopowders of proton-conducting electrolyte materials / G. Taillades / P. Briois / N. Sata / M. Marrony / J. Dailly -- 3.1.2.Sol-Gel Methods / G. Taillades / P. Briois / N. Sata / M. Marrony / J. Dailly -- 3.1.2.1.The Pechini method / G. Taillades / P. Briois / N. Sata / M. Marrony / J. Dailly -- 3.1.2.2.Hydrogelation of acrylates / G. Taillades / P. Briois / N. Sata / M. Marrony / J. Dailly -- 3.1.3.Coprecipitation / G. Taillades / P. Briois / N. Sata / M. Marrony / J. Dailly -- 3.1.3.1.Oxalate precipitation route / G. Taillades / P. Briois / N. Sata / M. Marrony / J. Dailly --
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Subject
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Solid state proton conductors
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Subject
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Ceramic materials
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Subject
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Protons
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Dewey Classification
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620.1/4/04297
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LC Classification
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TK7871.15.C4P76 2016
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Added Entry
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Marrony, Mathieu
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