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Essential Readings in Light Metals

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Table of Contents

  1. Altmetric Badge
    Book Overview
  2. Altmetric Badge
    Chapter 1 Calcined Coke from Crude Oil to Customer Silo
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    Chapter 2 Refinery Feedstocks, Coke Structures and Aluminum Cell Anodes
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    Chapter 3 Coker Feedstock Characteristics and Calcined Coke Properties
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    Chapter 4 Quality and Process Performance of Rotary Kilns and Shaft Calciners
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    Chapter 5 High Vanadium Venezuelan Petroleum Coke, A Rawmaterial for the Aluminum Industry?
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    Chapter 6 Use of Shot Coke as an Anode Raw Material
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    Chapter 7 Influence of High-Sulfur Cokes on Anode Performance
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    Chapter 8 Carbon Raw Material Effects on Aluminum Reduction Cell Anodes
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    Chapter 9 A Comprehensive Determination of Effects of Calcined Petroleum Coke Properties on Aluminum Reduction Cell Anode Properties
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    Chapter 10 A Comprehensive Review of the Effects of Calcination at Various Temperatures on Coke Structure and Properties Part II
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    Chapter 11 Influence of Coke Real Density on Anode Reactivity Consequence on Anode Baking
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    Chapter 12 Coke Calcination Levels and Aluminum Anode Quality
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    Chapter 13 Impact of Coke Calcination Level and Anode Baking Temperature on Anode Properties
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    Chapter 14 Use of Under-Calcined Coke for the Production of Low Reactivity Anodes
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    Chapter 15 Anode Filler Coke Porosity Studies
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    Chapter 16 Desulfurization and Its Effect on Calcined Coke Properties
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    Chapter 17 Influence of Petroleum Coke Sulphur Content on the Sodium Sensitivity of Carbon Anodes
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    Chapter 18 A review of Coke and Anode Desulfurization
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    Chapter 19 Coke and Anode Desulfurization Studies
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    Chapter 20 Minimizing Impact of Low Sulfur Coke on Anode Quality
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    Chapter 21 Evaluating Calcined Coke for Aluminum Smelting by Bulk Density
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    Chapter 22 Maintaining Consistent Anode Density Using Varying Carbon Raw Materials
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    Chapter 23 Coke Blending and Fines Circuit Targeting at the Alcoa Deschambault Smelter
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    Chapter 24 Worldwide Pitch Quality for Prebaked Anodes
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    Chapter 25 Coal Tar Pitch-Past, Present, and Future
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    Chapter 26 Electrode Binder Pyrolysis and Bond-Coke Microstructure
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    Chapter 27 Binder for the Ideal Anode Carbon
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    Chapter 28 Binding Characteristics of Coal Tar Pitches for Prebaked Anode Mix — Choice Criteria LRF Report — 830
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    Chapter 29 The Influence of Solid Particles in Pitch on the Preparation and Baking of the Carbon Blocks
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    Chapter 30 Performance of Binder Pitches with Decreased QI-Content in Anode Making Formation — Nature — Properites and Substitution of Quinoline Insolubles
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    Chapter 31 Temperature Stability of Søderberg Anode Pitch
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    Chapter 32 Developing Coal Tar/Petroleum Pitches
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    Chapter 33 Investigation of the Quality of Recycled Anode Butts
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    Chapter 34 Interdependence Between Properties of Anode Butts and Quality of Prebaked Anodes
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    Chapter 35 New Methods for Testing Raw Materials for Anode Carbon Paste
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    Chapter 36 Standardization of a Calcined Coke Bulk Density Test
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    Chapter 37 Reactivity Testing of Anode Carbon Materials
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    Chapter 38 Characterization of Prebaked Anode Carbon By Mechanical and Thermal Properties
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    Chapter 39 Aggregate Optimization Using a Y-Blender
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    Chapter 40 Søderberg Paste. Effect of Fine Fraction Variations
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    Chapter 41 Finer Fines in Anode Formulation
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    Chapter 42 Process Adaptations for Finer Dust Formulations: Mixing and Forming
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    Chapter 43 Effects of Mixing Variables and Mold Temperature on Prebaked Anode Quality
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    Chapter 44 Improving Anode Quality by Separately Optimising Mixing and Compacting Temperatures
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    Chapter 45 Vibration Forming of Carbon Blocks
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    Chapter 46 Cooling of Green Anodes after Forming
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    Chapter 47 Recent Improvement in Paste Plant Design Industrial Application and Results
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    Chapter 48 Going Beyond SPC — Why We Need Statistical Thinking in Operations Such as Carbon Plants
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    Chapter 49 Properties and Behaviour of Green Anodes
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    Chapter 50 Potentialities in the Paste Plant
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    Chapter 51 Mathematical Simulation of a Horizontal Flue Ring Furnace
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    Chapter 52 Flue Gas Management
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    Chapter 53 Safe Operation of Anode Baking Furnaces
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    Chapter 54 Anode Baking: The Underestimated Human Aspect
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    Chapter 55 Specific Energy Consumption in Anode Bake Furnaces
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    Chapter 56 Evaluation of the Uniformity of Baking in Horizontal and Vertical Flue Ring Furnaces
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    Chapter 57 Measurement and Control of the Calcining Level in Anode Baking Furnaces
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    Chapter 58 The Equivalent Temperature Method for Measuring the Baking Level of Anodes
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    Chapter 59 Baking Parameters and the Resulting Anode Quality
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    Chapter 60 Anode Desulfurization on Baking
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    Chapter 61 The Effect of Prebake Anode Baking Temperature on Potroom Performance
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    Chapter 62 Influence of Baking Temperature and Anode Effects Upon Carbon Sloughing
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    Chapter 63 Influence of Anode Baking Temperature and Current Density Upon Carbon Sloughing
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    Chapter 64 Anode Reactivity Influence of the Baking Process
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    Chapter 65 Modern Anode Bake Furnace Developments
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    Chapter 66 Strategies for the Revision of Bake Furnaces
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    Chapter 67 Temperature and Voltage Measurements in Hall Cell Anodes
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    Chapter 68 Studies of Stub to Carbon Voltage
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    Chapter 69 Factors in the Design of Reduction Cell Anodes
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    Chapter 70 Anode Cast Iron Thickness Optimization
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    Chapter 71 Drilling of Stub Holes in Prebake Anodes
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    Chapter 72 Problems of the Stub — Anode Connection
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    Chapter 73 Challenges in Stub Hole Optimisation of Cast Iron Rodded Anodes
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    Chapter 74 Real Time Temperature Distribution During Sealing Process and Room Temperature Air Gap Measurements of a Hall-Héroult Cell Anode
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    Chapter 75 Effects of Carbonaceous Rodding Mix Formulation on Steel-Carbon Contact Resistance
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    Chapter 76 Anode Carbon Reactivity
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    Chapter 77 Studies on Anode Reactivity to Oxidant Gases
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    Chapter 78 Some Practical Consequences of Analyses of the Carboxy and Airburn Reactions of Anode Carbons
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    Chapter 79 A Porosimetric Study of Sub-Surface Carboxy Oxidation in Anodes
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    Chapter 80 Studies of the Impact of Vanadium and Sodium on the Air Reactivity of Coke and Anodes
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    Chapter 81 A Review of Factors Affecting Carbon Anode Consumption in the Electrolytic Production of Aluminum
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    Chapter 82 Reflections on the Carbon Consumption of Prebaked Anodes
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    Chapter 83 Anode Dusting in Hall — Heroult Cells
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    Chapter 84 The Influence of Low Current Densities on Anode Performance
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    Chapter 85 Dust Generation and Accumulation for Changing Anode Quality and Cell Parameters
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    Chapter 86 Anode Dusting from a Potroom Perspective at Nordural and Correlation with Anode Properties
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    Chapter 87 The Reduction in Anode Airburn with Protective Covers
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    Chapter 88 Reactivity and Electrolytic Consumption of Anode Carbon with Various Additives
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    Chapter 89 Bath Impregnation of Carbon Anodes
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    Chapter 90 Effects of Coke and Formulation Variables on Cracking of Bench Scale Prebaked Anode Specimens
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    Chapter 91 Thermal Shock in Anodes for the Electrolytic Production of Aluminium
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    Chapter 92 Operating Parameters Affecting Thermal Shock Cracking of Anodes in the Valco Smelter
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    Chapter 93 Thermal Shock of Anodes — a Solved Problem?
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    Chapter 94 Extrinsic and Intrinsic Aspects of Anode Cracking
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    Chapter 95 An Approach for a Complete Evaluation of Resistance to Thermal Shock
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    Chapter 96 Finite Element Modelling of Thermal Stress in Anodes
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    Chapter 97 ISO Standards for Testing of Cathode Materials
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    Chapter 98 Laboratory Testing of Carbon Cathode Materials at Operational Temperatures
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    Chapter 99 Structural Changes in Carbon by Heat Treatment
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    Chapter 100 Low Electrical Resistivity and High Thermal Conductivity Carbon Products: the Solution For Cell Lining
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    Chapter 101 Aluminium Pechiney Experience with Graphitized Cathode Blocks
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    Chapter 102 Some Experiments in Cathode Carbon
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    Chapter 103 How to Improve the Pig Iron Sealing of Metallic Bars in Cathode Carbon Blocks
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    Chapter 104 Stress Analysis of Cathode Bottom Blocks
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    Chapter 105 Experimental Comparison of Cathode Rodding Practices
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    Chapter 106 Compaction of Room Temperature Ramming Paste
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    Chapter 107 Densification of Ramming Paste in Cathodes
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    Chapter 108 Investigation Into the Expansion/Contraction Behaviour of Cold Ramming Pastes During Baking Using a Horizontal Dilatometer Method
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    Chapter 109 Ramming Paste Related Failures in Cathode Linings
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    Chapter 110 Corrosion and Behaviour of Fireclay Bricks of Varying Chemical Composition Used in the Bottom Lining of Reduction Cells
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    Chapter 111 Experiences with Dry Barrier Powder Materials in Aluminium Electrolysis Cells
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    Chapter 112 Cathode Refractory Materials for Aluminium Reduction Cells
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    Chapter 113 Evaluation of Silicon Carbide Bricks
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    Chapter 114 Quality Evaluation of Nitride Bonded Silicon Carbide Sidelining Materials
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    Chapter 115 SiC in Electrolysis Pots: An Update
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    Chapter 116 Thermal Insulation Materials for Reduction Cell Cathodes
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    Chapter 117 Use of Cell Autopsy to Diagnose Potlining Problems
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    Chapter 118 Processes Occurring in the Carbon Lining of an Aluminum Reduction Cell
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    Chapter 119 A Study of Some Aspects of the Influence of Cell Operation on Cathode Life
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    Chapter 120 Potlining Failure Modes
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    Chapter 121 Design of Highly Reliable Pot Linings
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    Chapter 122 Early Failure Mechanisms in Aluminium Cell Cathodes
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    Chapter 123 A Comparative Examination on Ageing of Cathodes: Amorphous Versus Graphitic Type
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    Chapter 124 Property Changes of Cathode Lining Materials During Cell Operation
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    Chapter 125 Reaction Between Carbon Lining and Hall Bath
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    Chapter 126 Penetration of Sodium and Bath Constituents into Cathode Carbon Materials Used in Industrial Cells
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    Chapter 127 Chemical Resistance of Cathode Carbon Materials During Electrolysis
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    Chapter 128 The Effect of Current Density on Cathode Expansion During Start-Up
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    Chapter 129 Reactions in the Bottom Lining of Aluminium Reduction Cells
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    Chapter 130 Chemical Degradation Map for Sodium Attack in Refractory Linings
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    Chapter 131 Physical and Chemical Wear of Carbon Cathode Materials
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    Chapter 132 Carbon Cathode Corrosion by Aluminium Carbide Formation in Cryolitic Melts
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    Chapter 133 Erosion of Cathode Blocks in 180 kA Prebake Cells
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    Chapter 134 Graphite Cathode Wear Study at Alouette
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    Chapter 135 Electrolytic Degradation Within Cathode Materials
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    Chapter 136 Influence of Internal Cathode Structure on Behavior During Electrolysis Part II: Porosity and Wear Mechanisms in Graphitized Cathode Material
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    Chapter 137 Influence of Internal Cathode Structure on Behavior During Electrolysis Part III: Wear Behavior in Graphitic Materials
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    Chapter 138 Formation and Distribution of Cyanide in the Lining of Aluminum Reduction Cells
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    Chapter 139 Potlning Flux in Making Steel
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    Chapter 140 Thermal Treatment of Spent Potliner in a Rotary Kiln
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    Chapter 141 Treatment and Reuse of Spent Pot Lining, an Industrial Application in a Cement Kiln
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    Chapter 142 Co-Processing at Cement Plant of Spent Potlining from the Aluminum Industry
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    Chapter 143 Development Status of Processing Technology for Spent Potlining in China
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    Chapter 144 Solubilities of Oxides for Inert Anodes in Cryolite-Based Melts
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    Chapter 145 Corrosion and Passivation of Cermet Inert Anodes in Cryolite-Type Electrolytes
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    Chapter 146 Testing of Cerium Oxide Coated Cermet Anodes in a Laboratory Cell
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    Chapter 147 A Non-Consumable Metal Anode for Production of Aluminum with Low-Temperature Fluoride Melts
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    Chapter 148 The Behaviour of Nickel Ferrite Cermet Materials as Inert Anodes
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    Chapter 149 Tin Dioxide-Based Ceramics as Inert Anodes for Aluminium Smelting: A Laboratory Study
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    Chapter 150 Inert Anodes: An Update
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    Chapter 151 The Application of the Refractory Carbides and Borides to Aluminum Reduction Cells
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    Chapter 152 Use of TiB 2 Cathode Material Application and Benefits in Conventional VSS Cells
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    Chapter 153 Use of TiB 2 Cathode Material: Demonstrated Energy Conservation in VSS Cells
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    Chapter 154 A Review of RHM Cathode Development
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    Chapter 155 Properties of a Colloidal Alumina-Bonded TiB 2 Coating on Cathode Carbon Materials
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    Chapter 156 Sodium and Bath Penetration Into TiB 2 -Carbon Cathodes During Laboratory Aluminium Electrolysis
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    Chapter 157 Wettable Cathodes: An Update
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Title
Essential Readings in Light Metals
Published by
Springer International Publishing, December 2016
DOI 10.1007/978-3-319-48200-2
ISBNs
978-3-31-948577-5, 978-3-31-948200-2
Editors

Tomsett, Alan, Johnson, John

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Mendeley readers

The data shown below were compiled from readership statistics for 6 Mendeley readers of this research output. Click here to see the associated Mendeley record.

Geographical breakdown

Country Count As %
Unknown 6 100%

Demographic breakdown

Readers by professional status Count As %
Student > Ph. D. Student 5 83%
Student > Bachelor 1 17%
Readers by discipline Count As %
Engineering 3 50%
Environmental Science 1 17%
Materials Science 1 17%
Psychology 1 17%