Electrochemical oxidation and corrosion of metals /

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Grishina, E. P. (Elena Pavlovna)
Otros Autores: Noskov, A. V. (Andreĭ Vladimirovich)
Formato: Electrónico eBook
Idioma:Inglés
Publicado: New York : Nova Science Publishers, [2010]
Colección:Chemistry research and applications series.
Temas:
Corrosion and anti-corrosives.
TECHNOLOGY & ENGINEERING > Material Science.
Corrosion and anti-corrosives
Acceso en línea:Texto completo
Tabla de Contenidos:
  • ELECTROCHEMICAL OXIDATIONAND CORROSION OF METALS; CONTENTS; PREFACE; INTRODUCTION; 1. CORROSION AND ELECTROCHEMICALOXIDATION OF SILVER, COPPER AND THEIRALLOYS IN CONCENTRATED AQUEOUSSOLUTIONS OF ELECTROLYTES; 1.1. SILVER
  • A CONCENTRATED AQUEOUSSOLUTION OF ELECTROLYTES; 1.1.1. Ag
  • H2SO4 System; Corrosion Potential and the Law of Passive Film Growth on Silver in H2SO4; Anodic Oxidation of Silver in H2SO4 Solutions; 1.1.2. Regularities of Film-Formation DuringAnodic Oxidation of Silver in Thiosulfate Solutions; 1.2. CU
  • H2SO4 SYSTEM.
  • Corrosion and Anodic Oxidation of Copperin Concentrated Sulfuric Acid SolutionsAnodic Oxidation of Copper in ConcentratedSulfuric Acid Solutions; 1.3. ANODIC OXIDATION OF SILVERAND COPPER ALLOYS IN CONCENTRATEDSULFURIC ACID SOLUTIONS; 1.3.1. Silver
  • Copper Alloys; 1.3.2. Silver
  • Palladium Alloy; V=0.002 V s-1; V{601}0.01 V s-1; 2. KINETICS OF PHASE PASSIVATING LAYERSFORMATION ON METALS IN THECONDITIONS OF OHMIC CONTROL. EFFECT OF INSTABILITYOF THE ELECTRODEREACTION PRODUCTS; 2.1. MODIFICATION OF A LAYER-PORE RESISTANCEMODEL FOR INSTABILITY OF ELECTRODEREACTION PRODUCTS.
  • 2.2. THE EXPERIMENTAL TESTING OF MLPRM. CU-H2SO4 SYSTEM2.3. EXPERIMENTAL TESTING MLPRM. AG-H2SO4 SYSTEM; 2.4. EXPERIMENTAL TESTING MLPRM. AG, CU ALLOYS IN H2SO4 SOLUTIONS; 2.5. PHENOMENOLOGICAL THEORY OF THREEDIMENSIONALGROWTH OF POROUSPASSIVATING LAYERS ON METALS; Experimental Testing; 3. FRACTAL GEOMETRY APPROACH AS ACONVENIENT TOOL FOR AN ESTIMATION OFGEOMETRICAL AND ENERGYHETEROGENEITY OF A METAL SURFACE; 3.1. THE CHANGE OF SILVERSURFACE MORPHOLOGY CORRODINGIN SULFURIC ACID SOLUTIONS; Effect of Concentrationand Temperature.
  • 3.2. FRACTAL PROPERTIES OF SILVER SURFACE AFTERELECTROCHEMICAL AND CHEMICAL PROCESSINGIN SULPHUROUS MEDIA3.3. FRACTAL PROPERTIES OF TUNGSTEN AFTERELECTROCHEMICAL PROCESSING INWATER-ORGANIC SOLUTIONS; Water
  • Monoethanolamine
  • NaCl System; 3.4. FRACTAL NATURE OF A METALSURFACE ENERGY HETEROGENEITY; CONCLUSION; REFERENCES; INDEX.

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