Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
Cathodic and Anodic Protection
View through CrossRef
AbstractThe sections in this article areHistorical BackgroundBasic ConceptsPrinciples of Cathodic ProtectionCurrent and Potential DistributionPotential MeasurementReference ElectrodesCathodic Protection CriteriaPotential CriteriaKinetic CriteriaContemporary Trends in Cathodic Protection CriteriaDetermination of the Corrosion Current Under Cathodic Protection ConditionsDirect Current MethodsAlternating Current MethodsImpressed Current Cathodic ProtectionElectrical SystemCathodic Protection StationsAnodesPlatinized TitaniumPlatinized Niobium and TantalumMixed Metal OxidesConducting PolymersCarbon BackfillsAnodes InstallationCathodic Protection and CoatingsCathodic DisbondingField Testing of InsulationCase StudySacrificial AnodesZinc AnodesMagnesium AnodesAluminum AnodesBackfillsShape and Dimensions of AnodesInstalling AnodesProtection from Stray CurrentsGeneral Characteristics of Stray CurrentsSources of Stray CurrentsElectric TractionsHigh Voltage Direct Current (HVDC) Transmission LinesCathodic Protection SystemsIndustrial EquipmentCorrosion Caused by Stray CurrentsHazard DeterminationLimiting Hazardous InteractionPreventive ActivitiesElectrochemical ProtectionCathodic Protection of Reinforced Concrete StructuresTheoretical PrinciplesProtection CriteriaReference ElectrodesAnodesExtraction of ChloridesRealkalization of Carbonized ConcreteCathodic PreventionOther Applications of Cathodic ProtectionAlloy SteelsShips and VesselsOffshore StructuresProcess PlantsStorage TanksPower and Telecommunication CablesElectrochemical Protection of Water InstallationsDesigning Cathodic Protection SystemsCurrent and Potential Distribution in a Stationary Electric FieldTransfer Resistance of a Spherical AnodeObjects of Linear SymmetryFinite Difference Method of Electric Field Potential DeterminationAnodic ProtectionTheoretical PrinciplesScope of ApplicationCharacteristics of the MethodFunctioning and EquipmentOperating ParametersElectric SystemsPotentiostatsCathodesReference ElectrodesPolarization MethodProtection RangeCase StudyFurther Development of Electrochemical ProtectionRecent DevelopmentsFuture Prospects
Title: Cathodic and Anodic Protection
Description:
AbstractThe sections in this article areHistorical BackgroundBasic ConceptsPrinciples of Cathodic ProtectionCurrent and Potential DistributionPotential MeasurementReference ElectrodesCathodic Protection CriteriaPotential CriteriaKinetic CriteriaContemporary Trends in Cathodic Protection CriteriaDetermination of the Corrosion Current Under Cathodic Protection ConditionsDirect Current MethodsAlternating Current MethodsImpressed Current Cathodic ProtectionElectrical SystemCathodic Protection StationsAnodesPlatinized TitaniumPlatinized Niobium and TantalumMixed Metal OxidesConducting PolymersCarbon BackfillsAnodes InstallationCathodic Protection and CoatingsCathodic DisbondingField Testing of InsulationCase StudySacrificial AnodesZinc AnodesMagnesium AnodesAluminum AnodesBackfillsShape and Dimensions of AnodesInstalling AnodesProtection from Stray CurrentsGeneral Characteristics of Stray CurrentsSources of Stray CurrentsElectric TractionsHigh Voltage Direct Current (HVDC) Transmission LinesCathodic Protection SystemsIndustrial EquipmentCorrosion Caused by Stray CurrentsHazard DeterminationLimiting Hazardous InteractionPreventive ActivitiesElectrochemical ProtectionCathodic Protection of Reinforced Concrete StructuresTheoretical PrinciplesProtection CriteriaReference ElectrodesAnodesExtraction of ChloridesRealkalization of Carbonized ConcreteCathodic PreventionOther Applications of Cathodic ProtectionAlloy SteelsShips and VesselsOffshore StructuresProcess PlantsStorage TanksPower and Telecommunication CablesElectrochemical Protection of Water InstallationsDesigning Cathodic Protection SystemsCurrent and Potential Distribution in a Stationary Electric FieldTransfer Resistance of a Spherical AnodeObjects of Linear SymmetryFinite Difference Method of Electric Field Potential DeterminationAnodic ProtectionTheoretical PrinciplesScope of ApplicationCharacteristics of the MethodFunctioning and EquipmentOperating ParametersElectric SystemsPotentiostatsCathodesReference ElectrodesPolarization MethodProtection RangeCase StudyFurther Development of Electrochemical ProtectionRecent DevelopmentsFuture Prospects.
Related Results
Cathodic Protection Monitoring-Bullwinkle
Cathodic Protection Monitoring-Bullwinkle
ABSTRACT
The Bullwinkle Platform represents a major advance in the drilling and production of oil and gas, but also in cathodic protection design for deep ocean e...
CATHODIC AND ANODIC PLASMA ELECTROLYSIS ON NITRATE SYNTHESIS
CATHODIC AND ANODIC PLASMA ELECTROLYSIS ON NITRATE SYNTHESIS
Nitrogen fixation using plasma electrolysis is an alternative in the production of liquid nitrate fertilizer which is safe for the environment because it does not produce emissions...
SCADA Based Pipelines Cathodic Protection Systems Remote Monitoring Project
SCADA Based Pipelines Cathodic Protection Systems Remote Monitoring Project
Abstract
This paper presents a remote monitoring system for pipeline cathodic protection using Supervisory Control and Data Acquisition (SCADA) technology, aimed at ...
Cathodic Protection for Parking Structures
Cathodic Protection for Parking Structures
Cathodic protection systems for chloride-contaminated reinforced concrete structures have been installed and evaluated since the early 1970s. Until recently, most of these systems ...
Cathodic Protection Criteria for the North Sea
Cathodic Protection Criteria for the North Sea
ABSTRACT
Experiences from "the first generation" of offshore structures in the North Sea have shown that cathodic protection criteria that are sufficient in other...
Electrogalvanic Finite Element Analysis of Partially Protected Marine Structures
Electrogalvanic Finite Element Analysis of Partially Protected Marine Structures
Abstract
A general finite element modeling (FEM) procedure for calculating electrogalvanic field responses due to multiple anodic/cathodic interactions has been deve...
The synergy between deformation and anodic dissolution of an austenitic stainless steel in acidic chloride solution
The synergy between deformation and anodic dissolution of an austenitic stainless steel in acidic chloride solution
AbstractIn corrosion medium, metals can deform under tensile stress and form a new active surface with the anodic dissolution of the metals being accelerated. At the same time, the...
Neural pathway activation in the subthalamic region depends on stimulation polarity
Neural pathway activation in the subthalamic region depends on stimulation polarity
AbstractDeep brain stimulation (DBS) is an effective treatment for Parkinson’s disease (PD); however, there is limited understanding of which subthalamic pathways are recruited in ...